Revel Ritual

Words Max Hides
Images Cameron Mackenzie
RRP $13,099
Distributor Revel Bikes

It’s not too often you get the chance to ride something genuinely unfamiliar; a bike you’ve never seen in the carpark, let alone thrown a leg over. When the call came in to review Revel’s Ritual, a quick Google image search was swiftly replaced with baited clock-watching as the hours until I could finally hit the trails wound down.

Whilst Revel may not be a name you’ve heard thrown around much in the local scene, that’s all about to change. After a turbulent few years, the Colorado-based brand has reset with purpose, is back under original ownership and is ready to push forward. With a strong line-up of nononsense bikes spanning everything from shorttravel pedallers through to long-travel electricallyassisted options, it won’t be long before we see more of them floating around our local trails.

The Ritual is Revel’s long-travel, enduro-ready brawler. It’s their biggest and most capable machine in the range. Boasting 170mm of travel up front and 165mm in the rear, it immediately screams confidence, and that feeling continues once you’re on trail, especially as the gradient tips down and the track comes to life.

Whilst I try not to judge a book by its cover, it’s hard not to take notice of the Ritual the moment you lay hands on it. The test bike arrived in Revel’s ‘Space X’ colourway, and while it could be dismissed as just another black bike, it’s actually a split-tone metallic black and raw carbon combo that catches the light beautifully, highlighting the quality of the build throughout.

At 183cm, I regularly find myself caught between sizes. I tend to go slightly smaller when in doubt, but I can move an XL around without too much issue. This Ritual was an XL, and whilst it looked imposing standing still, once aboard it fitted my long, lanky build surprisingly well. Worth noting: Revel only offer the Ritual in a full 29” configuration for Large frames and above. Small and Medium frames come as a mullet setup (29” front, 27” rear), and there’s no cross-compatibility between the two – Revel are clear on their website that converting larger frames to mullet will void your warranty.

Geometry & Suspension

Revel haven’t gone crazy with the geometry here, which I think is entirely the right call given the intended use. The numbers on the XL are sensible and well-considered: a 64-degree head angle, 77-degree seat tube angle, 508mm reach, 1298mm wheelbase and 441mm chainstays. On paper it sounds like a big bike, and it is, but it’s a balanced one.

The suspension design centres on a horizontally mounted shock housed in the middle of the frame, part of what Revel call their CBF (Conforming Body Frame) pivot system. Unlocked, it pedals with minimal bob; locked into climb mode, it’s rock solid. It’s no XC bike, but it sure as hell climbs like one. Open the shock back up and blast down something steep, and the bike becomes planted, controlled, and almost eerily stable in the rough. The suspension design is executed so well that even with zero setup dialled in, the first lap down Spudz’s at Victoria Park had nothing coming out of my mouth but laughter.

 

Frame & Build Quality

The bikes are built with durability firmly in mind, designed to go the distance whether you’re a weekend warrior, a park rat, or an enduro racer. The fully carbon frame is lightweight yet strong, and Revel haven’t cut corners on the pivots. It’s all alloy down there, built burly and stiff with longevity in mind. Given how grim a Christchurch winter can get, the quality bearing protection is a strong play.

Size-specific chainstays across the range means each frame size gets a suspension tune matched to its geometry, so everyone – regardless of size – gets a balanced ride. And, in a nice practical touch, every bike in the range comes with inframe storage, so you can stash a jacket, tools, or a bag of lollies for those longer days out.

The Ritual is also dual-crown compatible for those who are park inclined, with the only caveat being that the axle-to-crown measurement can’t exceed 596mm. Setting this up singlespeed with a dual crown and smashing laps with your mates sounds like an absolutely brilliant time.

Build Kit

The test bike was the second-tier build, not the flagship, but still very well specced. It came kitted out with a RockShox Zeb Ultimate fork and Vivid Ultimate rear shock, SRAM XO Transmission, Maven Silver brakes, DT Swiss carbon wheels, Maxxis tyres, and OneUp/Revel finishing kit. One standout feature across all three complete builds is that every single one comes with the top-of-the-line RockShox Zeb fork and Vivid Air rear shock. So regardless of which build you go for, the suspension is sorted. At $13,175 NZD for the second-tier build, it’s well priced relative to the competition.

For those not sold on the complete builds, Revel also offer the Ritual as a frameset only, including the RockShox Vivid Ultimate rear shock, FSA Orbit headset and seat clamp, so you can build it up exactly how you want. Helpfully, Revel have also left cable ports in the frame for those not ready to commit to electronic shifting. Your old 11-speed XT gathering dust in the garage? It’ll slot right in.

 

Components

This was my first time back on the full SRAM/ RockShox package since 2020 and whilst we all want to forget that year, I was excited to run the new stuff. The Maven Silver brakes are, without question, the most powerful brakes I’ve ridden; one squeeze and you’re stopped, before you’ve even fully committed to the idea. The trade-off is modulation, which is noticeably lacking. For context, the Code RSC’s I ran back in 2017 had some of the best brake feel I’ve experienced; the Mavens are a step back in that regard. SRAM have since released a lever upgrade kit to address this, which is worth looking into if you’re after more nuance.

The XO Transmission groupset is, as the name suggests, like having AI in your drivetrain: exceptional when it’s working, frustrating when it isn’t. I had a few teething issues early on but once resolved, the shifting was seamless. Personally, I’d spec the Eagle 90 option – Revel offer this as an alternative build configuration on their website, and if I were buying, that’s the route I’d take.

I’ll always have a soft spot for DT Swiss wheels, and the XMC 1501 carbon wheelset doesn’t disappoint. Stiff but compliant, laced to a pair of 240EXP hubs, smooth, reliable, and they sound great. Paired with a Maxxis Minion DHF and DHR II in EXO+ casing, it’s a confidence-inspiring combo when things get loose and loamy. Revel’s in-house grips and stem, paired with a OneUp alloy bar, give a solid feel at the contact points. For a tall rider, the specced 240mm OneUp dropper post is a welcome touch – getting the seat well out of the way on descents makes a real difference.

The Ride

The Ritual rides at one speed, and that speed is flat out. It wants you to pin it, hit everything with conviction, and trust the bike to sort itself out underneath you. Fast and loose, but never out of control or, rather, being just on the edge of control while everything still feels weirdly perfect.

Living in Christchurch, we’re spoilt for good terrain. Christchurch Adventure Park, Victoria Park, Craigieburn, we’ve got a heap of options. On the trails I know best, the Ritual felt right at home from the first ride. The steep, tight, fast lines around town that can punish a bike with too long a wheelbase just felt smooth and composed. The weight, too, was a surprise, for an XL enduro rig, it’s substantially lighter than my own bike, and that matters over a full day in the hills.

On a few of my regular loops in Christchurch and Craigieburn, I found myself riding up more than I normally would, the geometry places you in a great climbing position, and the CBF suspension design keeps pedalling efficient without feeling dead. Lock out the shock on longer fire road climbs and it pedals away. The inner grom in me got well and truly awakened on the descents, jumping everything, taking high lines, riding faster than I have in years without once feeling like the bike was going to spit me off.

My only real gripes with the package are minor. The stock grips are a bit rough and on the thin side. Only being able to fit a small drink bottle is a real consideration – if I’m spending a full day out pedalling, I’m going to be a thirsty human. The bars are a touch wide stock, but that’s a two-minute fix. If I were buying this for myself, I’d size down to the Large, opt for the Eagle 90 build, and spec up to DT Swiss carbon wheels.

 

Final Thoughts

My main takeaway from time on the Ritual is that it has opened my mind to what a modern enduro bike is capable of. For a long time, I’ve held the view that 140/120mm is all you need around Canterbury, and that a lot of it is in the bike’s geometry. Boy, was I wrong. The Ritual has proven that big travel can equal big fun, when it’s packaged in something this efficient, this light, and this capable across varied terrain.

Whilst the drivetrain gave me a few headaches along the way, I could absolutely see the Ritual earning a permanent spot in my fleet. A bike that can comfortably handle all-day epics, satisfy long-suppressed enduro ambitions, and still climb as well as many short-travel bikes I’ve loved? That’s a compelling offer. It’s the perfect N+1 for the confused bike-a-holic. When you’re next in the market for an enduro rig, put the Ritual on your radar. I’ll be saving my pennies for a frameset and maybe, just maybe, I’ll come out of enduro retirement to do it justice.


Specialized Turbo Levo R Comp

Words Georgia Petrie
Images Cameron Mackenzie
RRP $13,900
Distributor Specialized NZ

The past few years have been an interesting time in the eBike market. There’s been somewhat of an assumption that those who want full power and big batteries want as much as travel as they can get their hands on.

But what if you don’t fancy the idea of riding bum-clenching terrain every time you get on your bike, however, still want the power and battery capacity to rip ten different intermediate trails after work, or a backcountry weekend mission? A beast like Specialized’s Levo 4 offers all that, but it’s more travel than most people likely need.

Until now, short travel eMTBs have largely fallen into two camps: the SL (Superlight) category; boasting light builds, but often limited by their battery capacity – or the value category; which offers up more range by way of bigger batteries, but often comes with heavier, less refined components.

This gap in the market makes a strong case for a shorter travel eMTB that keeps the benefits of a powerful motor and large battery, while being lighter, nimbler, and more responsive. Why opt for a sporty seven-seater when a hot hatch would meet your needs just as well?

Cue the Specialized Levo R, pairing 130mm of rear travel and a 140mm fork with the same full-power motor and battery system as it’s big brother, the Levo 4. The R stands for ‘Rally’, alluding to the bike’s nimble, playful and agile nature, and its release caught me surprise. This is the type of bike people tend to overlook in favour of more travel because, “why not?”. When in reality, this is exactly the type of bike most people need, and I think it’ll be a huge hit with the majority of riders.

It’s “just right”, hitting the sweet spot of having “just enough” travel to point you down even the most demanding singletrack, and “more than enough” battery and power to tackle anything, from after-work hot laps to backcountry overnighters.

eBike & Frame Features

The Levo R Comp is powered by Specialized’s fresh-to-market 3.1 motor. The release of this motor was highly anticipated, and for good reason: this thing is no joke, thanks to a recent over-the-air firmware update, offering a hefty 105Nm of torque and 850W of peak power. Paired with a whopping 840Wh removable battery, this is a seriously grunty package. There’s a range of different battery configurations on offer too – a smaller, lighter 600Wh battery and a 280Wh range extender, which can be used either alongside a battery or on its own for those days where you still want to get your riding fix, without the weight penalty.

When paired with the 840Wh battery, that’s a massive 1,120Wh total battery capacity. This is a huge amount of grunt that rivals the likes of Bosch’s Perfomance Line CX, sporting 100Nm torque + 750W peak power, and runs very close to Avinox’s M1 system, which sports 120Nm of torque and a peak power output of 1000W. When it comes to weight, the 3.1 motor comes in at 2.9kg, which is a touch heavier than the Performance Line CX at side at 2.9kg and the Avinox at 2.5kg.

After spending some time on a range of different drive units, my initial reaction to the 3.1 drive unit was, well, nothing…! The motor is so quiet, I had to do a double take to make sure it was even working when I set off on an after-work lap. Power delivery is exceptionally smooth, and the ‘jerk’ you often feel when you put the power down on high-torque drive units has been replaced with a much more gradual propulsion which feels far more natural, and commensurate with the feeling of pedalling an acoustic bike, which was a pleasant surprise. It’s quite a different feel to Bosch’s Performance Line CX, which I’ve found to require a little more modulation on behalf of the rider to achieve the same level of gradual power delivery.

Once on the gas, the bike has absolutely no shortage of power, and it’s important to note that in New Zealand this bike has a top speed of 45kph, unlike other full power eMTBs which top out at 32kph. I felt this was a massive benefit to the Levo R, particularly as between its travel and weight combination, it’d make an excellent touring or adventure bike.

Commuting back home, or along the tops of the Port Hills to access more trail was a dream due to the combination of motor power, seemingly endless battery range and fast-rolling chassis. Range anxiety was out of the question with the 840Wh battery, particularly if you’re able to use Eco mode for the majority of the ride.

Similar to its predecessor, the motor has three power modes – Eco, Trail and Turbo. Each mode offers its own limitless scope of customisation, meaning the rider can tune each mode to their preferred ratio of support to peak power. Your preferred mode will depend on the terrain you ride, and the nature of your climbs. For us here in Christchurch, much of our climbing is on either sealed or dirt fire roads, with less emphasis on technical singletrack, so I found that 70% of my ride was spent climbing in Eco, and tended to toggle between Trail and Turbo depending upon how steep of an incline I’d encounter.

Specialized lead the charge when it came to top-tube displays with their previous generation Mastermind TCU, and the new iteration seen on the Levo R builds on that foundation. As expected, the updated MasterMind TCU provides an excellent user experience and is a welcome progression from the previous generation, with the extensive 2.2” high resolution screen offering an extensive range of data display options for riders. These can be fully customised via the Specialized App and toggled between via the handlebar remote, depending upon the key data points you’re wanting to highlight.

If you’re an Apple Watch user like me, the integration is superb – the App is available across both devices and connects with Apple FindMy, Strava and Apple Health seamlessly, which is a cleverly thought-out design feature. The remote itself took a moment to get used to, especially toggling between modes by flicking a switchlike mechanism as opposed to buttons. It took a couple of times accidentally dropping into Eco mode instead of Turbo on a few pinchy climbs to learn which way was up. My only gripe is that the remote is wired, which is a little out-of-theordinary in 2026 relative to competitors, bringing clutter to an otherwise clean wireless cockpit.

Like it’s big brother, the Levo R comes equipped with SWAT downtube storage, which is a feature that only Specialized have managed to incorporate into eMTB frames so far. Having had frame storage on my acoustic bike for the past few years, this is a welcome feature, especially given the bike’s potential to take your rides further afield.

Another special mention goes to the SWAT tool that’s integrated into the frame’s steerer tube. I’m a huge fan of steerer tube mounted tools for quick fix access on the trails and would always install one on my new bikes, so this is a welcome addition and a nice value-add feature. The bike also comes with Specialized’s stock 4amp charging unit which takes around three hours to charge the 840Wh battery to 80%, with the option to purchase a smart charger, charging the battery from zero to 80% in less than 60 minutes.

Climbing

Straight away, you can tell that the Levo R’s geometry favors pedalling efficiency; it’s a comfortable climber that took very little in the way of setup to align with my ideal bike fit. The steep seat angle and 29” wheels paired with fast-rolling Purgatory tyres made for excellent forward propulsion, meaning the bike maintained rolling speed well on flatter terrain and kept its speed superbly over punchy, technical ascents. Despite sharing the same drive unit, this is what really sets the Levo R apart from the Levo 4 and positions it quite uniquely in the eMTB market. It’s noticeably snappier on the climbs and feels quicker across the board.

That lively, responsive feel is further enhanced by the Fox Float Genie shock. The Genie’s performance was immediately noticeable, particularly on technical singletrack climbs. The shock remains active over small trail chatter, reacting to bumps like loose rocks, roots and holes, while still firming up enough to preserve efficiency and momentum. The Levo R delivers a level of nimbleness on climbs that longer travel, full-power eMTBs often struggle to match. I couldn’t help but smile as I rolled past riding mates on 170mm, gravity-focused bikes.

I didn’t find myself fighting to keep the front wheel grounded, even navigating the steepest of Christchurch’s pinchiest fire road climbs. The Levo R was my first experience using Fox’s new 36 SL Performance fork, and it remained stout on steep pitches without needing to reach for the lockout functionality. I did hit the limits of the Purgatory tyres on a couple of switchbacks due to the reduced sidewall grip relative to Specialized’s burlier tyre offerings, such as the Butcher or Eliminator. However, given the type of terrain the Levo R will favour, I do feel that I’d ultimately value the superior rolling capability of the Purgatory over increased grip, so this wasn’t a major.

The medley of SRAM’s price-focused GX/ S1000 components performed reliably under load albeit a little “clunky” at times, though that’s to be expected when trying to keep up with such a powerful drive unit. The derailleur is wired into the bike’s battery, alleviating the hassle of remembering to ensure your batteries are charged, although it does mean that should your battery run out of juice, so too will your derailleur, and you’ll inadvertently have yourself a singlespeed for the commute home.

Contact points are of course subjective, but I think I won’t be alone in saying I’d have appreciated a more compliant or in simple terms, soft, saddle. Particularly given the emphasis this may have on climbing, this was up there with one of the harshest out-of-the-box saddles I’ve ever used. I also felt that 800mm width bars was overkill and makes more sense on bikes with a more gravity-oriented focus, like the Levo 4.

On Christchurch Adventure Park’s technical uphill trail, I opted for Trail/Turbo the majority of the climb, with Turbo providing more than ample horsepower for tight, technical switchbacks, delivered in a way that was gradual enough to still retain control and weight over the front wheel.

Range testing is always an interesting one, because this largely depends on a range of factors, namely; rider weight, terrain and preferred ratio of support relative to effort. For me, even after climbing almost 1000m, including a 30-minute climb almost exclusively using Turbo, I still had 70% battery left at the top of the hill.

I often find that the more efficient and intuitive a motor is at delivering power, the less likely you are to require mode toggling and therefore preserve battery draw. Walk mode, which was fiddly to activate on the remote’s prior iteration, has been made significantly easier to access and provides a subtle push when needed, which is a pleasant change to the walk modes you see on other drive units which have a tendency to overdo the power delivery and pull your arms out of their sockets. The motor is also whisper quiet, giving off only the slightest hum even under load.

All-in-all, the Levo R is a superb climber, striking a near perfect balance between comfort and efficiency.

Descending

Before you say “but 140mm of travel isn’t enough for me”, I can assure you the Levo R punches well above its weight. Make no mistake, this is a capable descender that blurs the line between short-travel efficiency and big-bike confidence. Thanks to the fast-rolling tyres, 29” configuration and active suspension platform, the Levo R is quick to pick up speed and maintains it well, particularly on blue flow trails. The bike didn’t get hung up on small bumps or undulations, tracking reliably through chattery terrain and holding its line impressively well, in a way that requires less rider effort relative to longer travel eMTB’s. Make no mistake, this isn’t a burly 170mm travel beast that’s eager to tackle steep, double black trails, but it holds its own on technical blue trails, and I was pleasantly suprised at just how composed, stable and planted it was when my curiosity got the better of me and I gave it a crack descending steeper terrain, above its paygrade.

Thanks to the low bottom bracket coupled with a relatively long wheelbase, your weight is nicely centred at all times, offering a level of stability that far exceeds what you’d expect from a 130mm bike. The head angle is what I’d call “just right” – slack enough to remain pointed at high speed and when the gradient steepens on descents, but without compromised climbing capability – which, in my opinion, is the beauty of the 130mm travel range.

So far, my experience with 140mm travel bikes is limited to those specc’d with a Rockshox Pike or a Fox 34. The 36 SL was a highlight of the Levo R, greatly elevating the descending experience for bikes in this class; and, in particular, for eMTB’s, due to its stiff chassis. The fork made the bike a delight to descend on, remaining composed on rough terrain, under heavy breaking, and stout through braking bumps and those classic Christchurch rocks that really show their teeth in the depths of summer. It does a great job handling the weight of an eMTB and the damper is lively, working hard to offer great sensitivity on small bumps that you wouldn’t usually have on bikes of this travel and weight.

The rear end was equally impressive too. My experience with Genie shocks so far has been on longer travel Specialized bikes, and whilst I’ve been left feeling so-so about its performance in that segment, I think the Genie really shines on the Levo R due to its active nature and high-volume mid stroke. Thanks to its unique two-stage air chamber design, the rear end sits high in the travel and continues to provide support even once you near the end of the stroke, providing ample stability and reactivity.

Whilst I was suitably impressed with the bike’s suspension performance, I did feel these gains were negated at times by certain contact points, especially coupled with the bike’s weight. In theory, I can understand the rationale behind specc’ing SRAM’s Motive Bronze brakes. The Levo R identifies as light weight and nimble, and the Motive is positioned as well suited for a bike of this nature and travel.

In practice, there were multiple occasions where I felt like I was maxing out the brakes and, as a result, I’d start to lose the supple suspension feel as myself and the bike began stiffening up in an attempt to slow the bike down. This is compounded by the fact that the more the gradient points you downhill, the more the bike’s weight makes itself known, tending to propel you forward at a rate of knots, requiring you to drag the brakes in an effort to keep things under some level of control. I can’t help but feel that a bigger brake, such as SRAM’s Maven may have been a more suitable choice for a 22+ kg bike. Again though, given the target market, the Motive will likely be adequate.

Although the Levo R excels on wide-open, flowing trails, when the trail narrows and corners tighten up, the high front end combined with the full 29” wheeled setup can leave you feeling a little detached from the bike. My personal preference would be for an optional mullet configuration to cater for riders who are keen to retain a sense of nimbleness and reactivity when cornering; however, the decision for full 29” is understandable when considering the bike’s emphasis on efficiency, particularly when climbing.

Whilst efficient on the ascents, the long wheelbase can make for cumbersome cornering, and I found myself working hard to steer the bike round tighter switchbacks, particularly when coupled with the effort required to slow the bike down.

The chainstays can be altered using a twoposition flip chip, allowing you to switch the length between 441 mm (short) and 447 mm (long) which helps retain some sense of agility on tighter trails, though these are still almost 10mm longer than the likes of the Stumpjumper 15, which seems a little contradictory considering the Levo R’s “rally” concept.

While touchpoints are certainly subjective, I couldn’t fault Specialized’s bread-and-butter offerings, with 40mm rise bars and 50mm stem providing ample comfort and confidence on the descents. The X-Fusion Manic dropper post performed without issue, and I was pleasantly surprised at how trusting the Purgatory tyres were, particularly in Christchurch’s marbley dust. Lastly, the carbon chassis on our test bike was among the stiffest I’d ridden, which is on-par with many Specialized frames I’ve ridden in the past; however, as expected, it was balanced with comfort, affording compliance on the descents without adding harshness.

Final Thoughts

The Levo R creates a very strong case that there’s a gap in the market for shorter travel, full power eBikes – those that retain all the benefits of a big battery and powerful drive unit without the weight, and offer a more lively, nimble ride experience. I think this bike will appeal to a vast range of riders, and indeed it is the bike that many should realistically be on. Just because you can get more travel with the likes of the Levo 4, doesn’t necessarily mean you should.

After all, it’s easy to forget that whilst you and your mates might want an eBike that can do anything from sending jump lines to threading needles on the steeps of double black trails, this doesn’t exactly echo the wish list of your everyday rider, and that’s where the Levo R fills the current void of short travel and full power options. It’s hard to think of another brand catering for this market, and Specialized have certainly created a one-of-a-kind bike that creates a compelling case for full power eMTBs in this travel range.

With its confidence-inspiring downhill capability coupled with buttery-smooth power delivery on the climbs, the Levo R is a particularly strong option for those newer to mountain biking, and even more so, those seeking to branch into the world of eMTBs. Having said that, I do feel that perhaps Specialized have come up with a concept that’s for everybody and nobody all at once – it’s too little bike for the quintessential enduro rider, but lacks the weight savings and therefore nimbleness to meet the needs of an “all-rounder” trail rider.

The geometry and weight creates a smaller gap than one would expect between the Levo R and its Levo 4 big brother, so for me personally it’d be hard to justify the Levo R when I could have more travel and a mullet configuration for very little weight penalty, whilst retaining the same amount of power. That said, I think for many riders the Levo R will be the logical choice with its user-friendly power system and the advantages that quicker handling and nimble geometry offers.


RockShox Zeb

Words: Liam Friary
Images: Sven Martin & Callum Wood
Distributor: Worralls
RRP: $2495

Components, suspension and bikes are always going through a process of constant refinement. Often it can seem a bit like a ploy to get us all to consume more, and that’s a valid perspective. But the thing is, often the refinement stems from the sport’s progression and riders getting faster and hitting harder. This drive is mainly through the competitive elements of the sport, such as downhill and enduro, but there’s still a strong case for the everyday trail rider. There’s also continued progression with trails, bike parks, and terrain, and this often means riders demand more of their bikes, suspension and products.

The newly updated, burly RockShox Zeb falls into the progression category and draws direct inspiration from the RockShox Boxxer. This development stems from the latest advancements in world cup downhill racing, which have driven the suspension updates across the RockShox Zeb Lyrik Vivid and Super Deluxe models. Across this issue, I’ve shared some insights from a press camp I attended in February. Queenstown hosted editors from global mountain bike media outlets who spent a week riding RockShox’s new downhill and trail suspension. I rode a Santa Cruz Hightower equipped with a RockShox Lyrik fork and a FOX Float X Factory shock. We tested our current setups for a few days before switching between them using an a-b-a testing method. This involved cycling back and forth between our old suspension, specifically the previous generation RockShox Lyrik, and the new RockShox Zeb. The launch event included six days of riding followed by another month of ride testing on more familiar local trails.

The centrepiece of the new Zeb update is the new Linear XL air spring, and it’s worth understanding what it does rather than letting it blur into the spec sheet. It’s not a marketing name. It describes a specific engineering approach that changes how the fork feels through its travel, and it’s the main reason the new Zeb rides differently to the old one.

Most air springs are progressive by nature. That’s not a flaw, it’s physics. As you compress an air chamber the pressure rises, which means the further you push into the travel the harder the spring pushes back. The result is a spring curve that ramps up toward the end of the stroke. This gives you bottom-out resistance without needing a separate mechanical bumper, but it also means the fork feels different at twenty percent of travel than it does at eighty percent. Predictable it is not. You get a supple initial response that stiffens noticeably mid-stroke and firms up hard near the end. Riders learn to work with this but they’re always adjusting for it, consciously or not. A linear spring does roughly the same thing throughout its travel. The fork feels the same at twenty percent as it does at sixty. What you set up is what you get.

RockShox’s Linear XL system is an attempt to flatten that curve. The approach involves increasing the volume of both the positive and negative air chambers while simultaneously reducing the piston diameter and increasing the inner diameter of the shaft. Taken together these changes mean the fork runs at higher pressure but the rate the pressure increases as you compress through the travel is slower and more consistent. The Air Annex, an additional air chamber mounted on the side of the fork leg, adds further volume to the lower leg, reinforcing the flatter spring curve. The result is a spring that behaves more like a coil: predictable throughout the stroke rather than stiffening in stages.

RockShox also refined the fork’s lubrication and small-bump behaviour through two supporting technologies. ButterWagonTech introduces small indentations machined across the lower section of the stanchions, below the dust wipers, which draw oil upward during rebound. On every stroke out, oil is actively redistributed across the bushing contact area rather than relying on gravity alone. Less friction throughout the stroke, more consistent movement, less arm pump on long rough runs. Complementing this are the ButterCups – elastomers mounted on both the spring and damping sides that filter small impacts and high-frequency vibrations, taking the edge off chatter before it reaches your hands. Then there are the breather holes, two small drill holes in each stanchion just below the oil seal. In a big hit the air trapped in the casting has somewhere to go, distributing quickly and evenly rather than creating a pressure spike. Oil circulation improves too, keeping damping consistent under repeated hard impacts. Together these three details are about keeping the fork moving cleanly and, honestly, not letting friction and trapped air compromise the spring curve the Linear XL system is working to deliver.

The Linear XL spring doesn’t work in isolation. Because the spring is more linear, less progressive, the Charger 3.2 damper that pairs with it in the new Zeb is tuned more progressively to compensate. The damper picks up where the spring backs off. This is important to understand because putting a Charger 3.2 into an older fork would feel unusually firm — the damper is calibrated specifically for the flatter spring curve, not for the progressive curve of the previous generation. The system is designed to work as a matched pair. RockShox describe the goal as coil-spring feel without giving up air’s key advantage — tune it with a pump rather than swap a spring.

On trail the difference is in the consistency. With a progressive spring curve, you develop a sense of where the fork is in its travel and you ride accordingly, backing off slightly before the middle of the stroke stiffens, or driving harder knowing the end of travel will support you. With a more linear spring that calibration becomes simpler. The fork is doing roughly the same thing throughout. Put simply, you can stop thinking about where you are in the travel and start thinking about the trail in front of you, which is exactly where your attention should be. During the camp in Queenstown this was most noticeable on repeated laps of the same trails, the fork felt consistent in a way that let you push harder without having to relearn its behaviour each time. Compared to the previous generation Lyrik, the Zeb felt firmer and stiffer but still nimble. It could hit harder when asked to, which is partly a function of the increased travel (150mm Lyrik to 170mm Zeb), but across the stroke it felt plusher , which is the Linear XL story in a single ride impression. The weight increase is noticeable if you’re looking for it, but the performance gain makes it an easy trade. What stood out most was the grip in technical terrain at lower speeds, the kind of riding where a fork that sits high and active in its travel makes the difference between traction and washing out. The steep, chunky terrain of Queenstown tested the support end of that equation. Rotorua tested the suppleness end, root-littered trails where the fork needed to stay planted and small-bump sensitive at the same time. It held up well in both.

From the outset, the even and therefore more predictable spring curve immediately draws attention. The fork responds sensitively to small bumps and irregularities offering plenty of feedback. This is complemented by a progressive damping tune providing adequate support during hard compressions and fast berms. Even under heavy braking the front remains responsive without diving too deep, and the fork consistently rides pleasantly high in its travel.

The a-b-a testing format at the camp – old fork, new fork, old fork again on the same trails – is exactly the kind of structured comparison that makes this difference legible rather than just ‘felt’. The Zeb with the updated spring felt less variable through its travel. Less time spent managing the fork, more time spent riding the trail. And it performed well during the multiple runs in Queenstown. The solid chassis helped with confidence on steep tech terrain and behaved well in those relentless braking ruts. As for more pedalling on trails, the fork felt predictable and planted when transitioning to flatter or technical climbs. It was slacker than what I was used to but after a few rides it wasn’t a thing, and I liked having more travel on the descents so the payoff was well worth it. That said, I’d like to try the new RockShox Lyrik with similar internals of the Zeb for more all-mountain or pedalling days that I’m more used to.

RockShox has refined the setup with clearer, numbered adjuster dials and additional height indicators on the stanchions. One thing worth knowing: Linear XL runs higher setup pressures than the previous generation, so if the numbers on the pump look wrong, that’s why. The smaller piston needs more air to reach the same SAG — get it right and the spring rewards you. As usual, there are SAG markings and a sticker on the fork for quick base setup. It’s remarkable how much the adjuster dials affect the fork’s behaviour. The high-speed compression circuit, in particular, significantly influences the fork’s travel height. With just a few clicks, the setup can be easily adapted to various trails – from rough high-speed tracks to steep downhill sections, flowy bike park runs to loamy fern littered trails of Rotorua.

The new Zeb is a brawler’s dream, perfect for park laps, technical trails, steep shuts, swift descents and anything else thrown its way. It’s a solid companion for an enduro brawler or long-travel eMTB and I think it’d be a great fit. I’m eager to get an eMTB to fit the Zeb onto to see how it responds. It’s a classic evolution with a clear focus on a more linear and predictable spring curve. After my initial testing period, it responds sensitively, behaves predictably and maintains a pleasant travel height. The overhauled Zeb fork levels it up for today’s riders.

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Cannondale Moterra 3

Words Lester Perry
Images Thomas Falconer
RRP $8999
Distributor Worralls

Although I’ve never owned one of their bikes, secretly, I’m a Cannondale fanboy. Cannondale has a deep, storied history as a true innovator in cycling. Particularly in their earlier years, they led the way with computer-aided design (CAD), and their unconventional suspension forks, the Headshock and the Lefty, which we still see today.

From the distinctive Flying ‘V’ frames of the early ‘90s to their short-lived motorbike division, they’ve stood out in a sea of vanilla designs. Let’s not forget NZ’s own Kashi Leuchs flew the NZ flag on a Cannondale during his glory years, across various cross-country World Cup and Olympic seasons.

The Moterra officially launched back in 2016, and although it caused a stir, that was as much due to its unique “only a mother could love” looks as anything else. It’s evolved incrementally over the years, but fortunately, this latest iteration has broken free of the lines inherited from that original beast, and we now find a far less polarising Moterra. The downside is that, from a distance, it looks somewhat like ‘just another eMTB’.

The Moterra 3 is a full 29er-wheeled bike with 150mm travel Horst-link-driven rear suspension and 160mm up front. The frame is entirely crafted from Cannondale’s SmartForm C1 Alloy with tidily finished welds and large tube shapes. There’s a gigantor-sized head tube allowing for cable routing internally through the headset.

Drive is taken care of by Bosch’s Performance Line CX motor powered by an 800Wh Powertube battery. Bosch’s Purion 200 display controls the whole setup neatly from the left-hand side of the handlebar. There’s a tidy alloy skid plate protecting the motor, and even a removable kickstand mount on the non-drive chainstay – very handy while parked up on the cycle trails.

The battery is easily removable from the bottom side of the downtube. The outer cover is removed with a simple twist of a thumbscrew at the top end, then the battery can be unclipped and removed. It’s a simple task but still requires the use of the battery locking key. Thanks to this ease of battery removal, two-battery (or more) rides are a reality. For those just wanting a bit more range, a 250Wh PowerMore range extender can be added to the main drink bottle mount, for an additional 30% when added to the standard 800Wh battery.

Geometry

Key geometry figures across the Moterra don’t stray far from the norm for this type of bike:

Chainstay length

455mm to accommodate the 29” rear wheel.

Head tube angle

64.8°, perhaps a hair steeper than some similar bikes, but this helps keep handling snappy and the front wheel under you while climbing.

Seat tube angle

72.5° actual and 78.2° effective. The effective seat tube angle is steep enough, although if you run an exceptionally high seat height this will be slacker, so it’s worth sitting on the bike to see where things line up for each individual.

Reach

A 45.9cm reach is a tad shorter than some more “progressive” bikes, but again fine for this level of rig.

Stack

64.1cm. The Moterra stack is on the higher side for sure. That’s not a negative thing, though, as it means handlebars can be set lower towards the headset, with no need to have a stack of spacers or super-high-rise bars to get the cockpit set up correctly. The only downside I can see is that an increased stack generally brings with it a higher front end of the top tube and, consequently, lower standover clearance.

Drive Unit

I was pleasantly surprised at how controlled and consistent the power was. Overall it maintained traction exceptionally well. One of my test loops has a long clay climb, which, even with the slightest bit of moisture, is a challenge to clear. In damp conditions, I managed to all but clear the climb, the eMTB mode tempering the drive at the wheel to maintain a surprising level of traction. Although it still took some finesse, it was significantly easier than some other eMTBs that I’ve tackled the same climb on in equivalent conditions.

Components

Overall, the component selection on the Moterra 3 suits its price point and the riders it’s targeting. No frills here, just solid parts that should have some longevity.

It’s been some years since RockShox ditched the Psylo fork, but it’s back! Anyone who was riding the Psylo back in the early 2000s won’t find much resemblance to this new version other than the name (probably a good thing). The Psylo range supersedes several of the lower- end RockShox forks, including the Revelation, Yari, and 35, with different Psylo models.

The Psylo Silver RC fork on the Moterra has 160mm travel and slides on 35mm stanchions. A revised motion control damper is fitted and features a simple dial for low-speed compression adjustment. RockShox claim the damper is tuned to mimic their higher-level Charger dampers. Although I wasn’t able to quantify RockShox’s claims that it felt similar to a Charger, the overall performance of the fork was better than I expected from this lower-mid-tier offering. It was plenty plush and tracked really well.

The low-speed compression knob worked fine, although I ran it more or less open at all times, and there’s plenty of rebound damping available. Again, somewhat surprisingly, the fork punched above its weight in the stiffness department; the long 35mm stanchions are obviously helped out by the stiffness of the beefy lower legs. The fork is certainly not as stiff as the larger 38mm-stanchioned Zeb, but I’d wager that it’s not dissimilar to a Lyrik when it comes to stiffness. It’s sure heavier though, around 700g depending on the level of Lyrik it’s compared to! The RockShox Deluxe Select air shock handles damping duties out back. It’s a simple shock with solely a rebound adjuster. RockShox claim the shock performs similarly to many of their higher-end units thanks to shared damper tunes. This unit just gets less adjustment and is heavier than the upper-end ones. The back end is nice and supple. It’s got a plush, linear feel and ramps up quickly at the end of the travel. There were times it would have been nice to have a bit more support to push against, and moments under heavy compression when there was a bit of uneasiness as it prepared to rebound. For most riding, though, this shock is adequate for the bike, and if a buyer wanted some extra performance, an upgraded shock could be a good place to start.

The Shimano MT501 brakes with 203mm rotors front and rear are decent. They’re not the most powerful brakes out there, but they’re cost- effective and offer ample stopping power, considering they’re a base-model brake.

The bike rolls on a WTB i30 wheelset. It’s nothing flashy, but if other WTB wheelsets I’ve used long term are anything to go by, they’re pretty durable. They won’t love being cased onto rocks, but neither do a set of $3000 carbon hoops!

Continental Kryptotal tyres are featured front and rear in a 29” x 2.4” size. The Enduro casing offers protection against punctures and a level of support against being too squirmy underneath while railing turns or g-outs. The soft compound rubber rolls surprisingly well, and from what I’ve heard from friends, wears exceptionally compared to other soft compounds in the market. Traction was awesome across the board, although something with more spaced knobs may be preferred in really soft, wet conditions. The Enduro casings were okay, but I think long term, once these treads were worn, a move to some gravity casing tyres of the same model would offer more support, and even better puncture resistance.

The cranks are a nice short pair of FSA brand 160mm length with a 34t chainring. Nothing to sniff at here, I’m a big fan of 160mm cranks on an eMTB.

The drivetrain features a mechanical 11-speed Shimano CUES U6000, LinkGlide derailleur and shifter, coupled with an LG500, LinkGlide chain and Shimano CUES LG400, LinkGlide, 11-50 cassette. It’s got an almost yawn-inducing level of personality to it, but it’s been admirable to say the least, and the shift quality over my test period has been great. LinkGlide is claimed to last really well on eBikes. Like the rest of the bike, this drivetrain isn’t light, and again, it’s a place for easy long-term upgrades.

The finishing kit is from Cannondale’s in- house brands, with a WTB saddle. A pretty bog-standard 35mm handlebar and stem help keep you pointed in the right direction, and the dropper post is aptly long at 170mm drop on the medium bike. As usual, a longer after-market drop could be found, but as an original unit goes, this suits the bike well and works a charm.

On the trail

The Moterra 3 is an interesting beast. Its geometry and suspension travel lean it towards hard-charging riding. And charge it can, to a point. For a bike of this ilk, with full 29er wheels and a hefty overall weight, it hooks into turns surprisingly well, though it sometimes needs a conscious effort to weight the front wheel to maintain traction and go right where you want it to. Successive, fast corners, requiring quick changes in direction demand extra body language and strength due to the bike’s heft. As I mentioned earlier in this piece, the Moterra is a mountain goat. I put this down to a combination of the CX motor applying power smoothly and consistently, and the traction of the fresh Kryptotal tyres. A less tempered, higher power would likely break traction a lot easier. On climbs where the front end needs lifting up, and over steps or trail features, the heft of the bike is noticeable, but thankfully, the assistance from the motor helps wheelie the front end up. When hopping the rear wheel up a step, the weight of the bike is noticeable. Thankfully, even when the wheel doesn’t completely clear an obstacle, the motor overrun helps drive it up and over the feature.

With the Moterra’s travel and geometry numbers, this bike is plenty comfy on the downhills. The suspension package performs well most of the time, and even on steep and technical trails, it does the job it should. But when really pushed at speed through chunder, as mentioned previously, better dampers would be welcome. It may be a case of some further tuning with volume spacers or custom valve tunes or even upgraded suspension units to help keep the wheels tracking and bring a sense of calm to the ride when pushing hard.

Overall thoughts

The Moterra 3 (size medium) tips the scales at 27.4kg. With that in mind, I’ve found myself asking, “At what point does the overall weight of an eMTB heavily detract from its overall ride quality?” When ridden just on mellow trails, it’s great and offers no dramas, but where speeds are high and rapid changes of direction are needed, or it’s necessary to unweight over a rough section or even bunny hop, there’s a fair amount of strength required, and much more effort to stay ‘light’ on the bike than those at the lighter end of the eMTB spectrum. The weight requires a decent amount of strength to manhandle, and if you’re heading off-line or get skewed off a jump, getting the bike back in the precise direction you want to go is that bit harder. I’d imagine for inexperienced riders this would be exacerbated if they’re trying to ride progressively.

The recent software upgrade to more power output and torque, although welcome on paper, does leave me wondering if it’s really necessary for most riders (including myself). More power equals more battery drain and shorter runtime from a charged battery. I think there’s a case for smaller, 600Wh batteries on bikes like this, even with motors detuned for less power and torque. This may actually (total speculation) allow for similar range rides, and an overall lower weight of the bike, so more spritely handling. Possibly a net gain? I guess we’ll never know?!

I’d also question whether a bike of this level warrants having cables routed internally through the headset. They look tidy on the shop floor, but to get my stem height correct, as low as I’d prefer, they are in the way and get squashed down by the stem. With cables for mechanical gears, a Bosch remote controller, a seat post, and a rear brake all needing to squeeze in there, there’s a lot that could go wrong, and a lot of possible headaches if a headset bearing needs replacement. “Everything is possible given enough time and money.” A very accurate saying when dealing with internal headset routed cables.

So, who’s the Moterra 3 for then? For someone who’s looking to do a broad mix of mountain biking, commuting and more ‘bike path’ type endeavours, without the urge for too much airtime or aggressive riding, this bike, at this price, is more than ideal.

This article is taken from:NZ Mountain Biker, Issue #119

Considering SubscribingPurchase Issue #119

YETI LTe T4

Words Lester Perry
Images Thomas Falconer
RRP $24,900
Distributor Yeti NZ

The e-EDR World Cup is dead (eMTB Enduro Racing), but the bikes developed by teams trying to win these races sped up the development of eMTBs, and their learnings have helped manufacturers create some of the current crop of top-performing eBikes.

One such bike is the Yeti LTe which was developed alongside the heavy-hitting, diverse riders from the Yeti Factory team, including 2024 e-EDR World Cup overall winner Ryan Gilchrist and 2025 e-EDR World Champion (and multi-time Enduro World Cup winner), Richie Rude. Yeti’s race-winning pedigree runs deep, and their years of experience across all genres of MTB racing mean the brand is exceptionally well qualified to create some of the best bikes in the business.

The Yeti LTe is essentially a heavily updated version of its predecessor, the Yeti 160e – Yeti’s first race-focused eMTB. Geometry and suspension both saw significant updates; however, the biggest news upon launch was the switch from a Shimano drive unit to a fresh, much more capable Bosch CX-R drive unit.

The eMTB market has become something of an arms race recently, with buyers selecting bikes purely on the numbers associated with a given drive unit rather than the combined experience of the drive unit, frame and components. A drive unit alone cannot dictate how much fun or capable a bike will be, but it sure helps to have both the best drive unit and the best frameset.

There’s no denying that Yeti’s bikes target the high-end consumer looking for high performance. Even their most basic build options sit out of reach for most mountain bikers, but for those who either have ample funds or choose to spend what funds they do have on top-performing bikes, Yeti’s range is hard to look past. The LTe retails for $24,900 in New Zealand.

Usually, I’d hesitate to think that any bike priced this high could be exponentially better, or offer a much better ride experience than one that’s $10,000 less. However, I’ve been surprised to find that the performance – and all-out, grin-inducing fun – the LTe offers when ridden hard is, at least in part, worth the step up to its premium price tag.

Drive unit

In July 2025, Bosch launched a significant performance upgrade for the new Performance Line CX drive unit. This upgrade brought existing drive units up to date, more in line with the latest competition, raising max torque to 100Nm and power to a possible 750W (depending on the bike), as well as support multipliers going from 340% to 400% assistance. As part of the performance upgrade, we now find an eMTB+ assistance mode and associated Dynamic Control functionality. We’ll get to those features in a bit. Where fitted with the new Performance Line CX, most 2026 model bikes will ship with standard software, but users can adapt the performance upgrade wirelessly via the Bosch eBike Flow App.

Alongside performance upgrades, Bosch released the all-new CX-R drive unit and Kiox 400C display. The Performance Line CX-R drive unit is designed to win races and slots in as Bosch’s top-tier offering. It’s lighter weight, coming in at 2.7kg, and more powerful, coming stock with 100Nm torque, 750W max power, and 400% rider support.

The weight savings primarily come from the use of a magnesium housing, titanium crank spindle, and ceramic bearings, which are designed to handle the higher torques that come with racing and consistent use of aggressive assist modes.

The Kiox 400C display and wireless “mini-remote” were released alongside the CX-R drive unit. With these two gadgets, it feels like Bosch has finally caught up with the competition. The Kiox 400c is a fully integrated display that tucks snugly and almost seamlessly into the bike’s top tube just behind the headset. It’s large, measuring 2 inches diagonally, it’s bright, it’s high resolution, and it’s full colour, almost a mini-iPhone mounted in the bike! Unfortunately, unlike an iPhone, it’s not touchscreen. The mini-remote lets you shuffle between info screens or scroll between assistance levels. It’s ergonomically ideal, sitting where most remotes do, just beside the left handlebar grip, the buttons have a noticeable click to them, and their rubberised finish means even the sweatiest of fingers don’t slip.

If you’ve set up navigation in Bosch’s eBike Flow app and have a destination programmed, the Kiox 400C will display directions as if it’s your phone, even with handy sounds to notify you of upcoming turns.

There’s a host of information that can be displayed while riding, from heart rate (if you’re using a HR strap or other device), rider power, cadence, and even shifting suggestions. Ideal if you’re one to just throw it in top gear and grind around the trails – the unit will suggest shifting to a more optimal gear ratio. What’s displayed on the screen is entirely up to the user and can be configured in the eBike Flow app on your phone. Speaking of phones – there’s even a handy USB-C port at the top of the display for phone or light charging.

I found the Kiox 400C a considerable step up from previous, more basic, Bosch display options. The screen is a great size, and with the bright, easy-to-read display, I found myself taking a quick glance down to see what speed I was doing, or even what power I was pushing, all while navigating technical trail.

There’s a new assistance mode thrown in the mix, too. eMTB+ mode features Dynamic Control, which essentially switches between aggressive and more subdued output, automatically adjusting between the two based on rider inputs such as cadence and torque, as well as internal sensors that measure gradient and detect loss of traction.

Sampling 1000 times a second, the system seamlessly adjusts to terrain, helping maintain traction regardless of conditions or rider inputs. I found this mode to be the most natural and it felt like riding a regular non-assist bike. Although, when I put the power down, I was able to take advantage of the full 400% support and pull up and over whatever was in my path. The eMTB+ mode is not dissimilar to the standard eMTB mode in terms of how it works but it does offer the higher top-end power availability of the Race mode at 400% assistance vs the 340% of eMTB which doesn’t have the Dynamic Control feature.

We’re now presented with four assistance modes: Race, eMTB+, eMTB, and Tour+. As it says on the tin, Race mode is for just that: racing. Only offered in the CX-R drive unit, it provides 400% support (so 4x rider input). It takes some skill to make the most of this level, and it will rinse a battery quick-smart if not used sparingly. I found this level ideal for uphill sections where I knew maximum attack was the only way over or through them. It’s a load of fun but does require some caution, as more than once I nearly got spat off the back as the bike almost looped out.

eMTB mode, as we’ve known it previously, is like having the bike on automatic, offering less support than eMTB+ mode, up to 340% assistance. The Race and two eMTB modes have “extended-boost”. When stopping pedalling, the motor continues to drive for a short time, helping to maintain speed between pedal strokes or over technical crux moves where a pause in pedalling is needed to navigate a feature. Tour+ offers similar assistance to the eMTB mode at up to 340%, but loses the extended boost and prioritises battery conservation over all-out performance.

Users can tune riding modes to their liking in the eBike Flow app, so if you want more or less power or torque, you’ll find your nirvana with some digital fine-tuning.

It’s worth mentioning the Walk Mode. Hold the ‘down’ button on the mini-remote, and the drive unit moves the bike forward, helping push it back uphill. I used this each lap back up Kataore trail in Rotorua while we were shooting photos for this review. Without this function, getting back up the hill each time would have been significantly more difficult!

The whole drive system on the LTe is powered by a Bosch 800Wh battery. There’s also a range extender that gives an additional 250Wh for those big days lapping the hills! It would be nice to have an easy-to-swap main battery. Unfortunately, it’s not a quick trailside task. While I never needed to remove the battery, according to the bike’s manual (which is quite impressive, I should add), it doesn’t seem like something you’d want to do unless it’s really necessary. Sorry, team, no double-battery rides on this one, by the looks of it.

Frame details

The Yeti LTe is a 160mm (r) / 170mm (f) travel bike bred with an e-EDR focus. It’s crafted from Yeti’s signature TURQ carbon fibre, reinforced with Vectran (similar to Kevlar) to deliver downhill-bike-level strength. The complete chassis (minus suspension linkages) is top- shelf, lightweight carbon fibre. Using carbon not only helps keep the overall weight down but also allows Yeti to tune the ride feel.

The Sixfinity suspension is a unique six-bar design in which all six linkages contribute to controlling the wheel path. It offers higher anti-squat focused around the sag point, keeping a solid and efficient platform for pedalling or pumping. As the bike progresses further into its travel, where pedalling is unlikely, the Switch link drops and anti-squat falls away quickly, offering confidence and stability for downhill-bike-like descending.

As one would expect from a top-tier bike, all the small details are taken care of. Cable routing is tidy (at least externally), and key areas have guards and bumpers to protect the frame and drive unit from rock strikes and debris, or chain slap, all of which helps keep the ride experience nice and quiet and the frame crisp.

I tried to find something on the frame to highlight as a negative, or perhaps not quite right, but all I could come up with is that the ‘loam shelf’ on the lower suspension link behind the motor sits right in the path of mud, slop, and, of course, loam. Most rides, I’d finish with a little pile of debris in this area. No biggie when it’s dry, but I guess long-term over a winter of riding it may negatively affect the lower linkage bearings as they’ll be constantly sprayed with slop from the rear wheel.

On the subject of bearings, by my count there are 16 bearings involved in the Sixfinity linkage, which is not an insignificant number to keep serviced or to replace when necessary. I guess that’s the cost of having all the advantages the Sixfinity brings to the bike: can’t have one without the other.

Adjustable rear suspension leverage rate can be achieved via a swap out of the lower shock mounting chip, allowing for three levels of suspension progressivity tuning: 25%, 30% and 35%. This gives the ability to set it up precisely for where and how it’s to be ridden. I ran this in the stock ‘middle’ 30% progression setting. I found it ideal for my local North Island trails, with shorter, not highly technical climbs and descents featuring a wide variety of features, from drops and g-outs to short chundery steeps and high-speed flow with jumps.

The 30% was plenty supportive and balanced enough to keep the bike playful and poppy, but linear enough to give me the confidence and control for max attack. I didn’t test either of the alternate settings, but for true mountainous descents the lower, 25% setting may be an advantage, offering a more linear suspension rate. The inverse 35% rate should be more relevant for sustained steep, technical climbs and flat riding with its higher progression making the bike ramp up quicker while maintaining the buttery early stroke. These options also open the door to swapping out the air shock for a coil while still maintaining a consistent feel.

The higher torque of an eBike compared to a non-assisted bike means that if the anti-squat is not dialled in, it will be very noticeable, as there won’t be any consistency in how the bike feels under pedalling. Pedalling the LTe was predictable and natural. Regardless of my cadence or how hard I pushed the pedals, the suspension appeared to be unnoticeably active. If I can’t notice something, that’s a green tick from me, as it must be doing an admirable job: just turn the pedals and let the bike do the rest.

Those who want a bit more clearance over the tyre or more ‘flickability’ can switch to a 27.5” rear wheel via flip-chips in the upper seat stays, and thanks to the aforementioned shock mount adjustments, the bike will ride equally as well as it does in the stock, full 29er option.

The overall system weight of the LTe is a fraction over 23kg – pretty light for an eMTB in this e-enduro category. While that Podium fork adds 300+ g over a FOX 38, the weight still feels balanced on the bike, not significantly front-heavy. I’d love to throw a leg over one of the lower-specced LTe bikes with a lighter fork for comparison, to see if a substantially lower price tag really provides a less enjoyable ride experience.

Geometry

The LTe geometry is comfortably balanced. With a 64° head angle, it’s slack enough to be confidently ripped around any terrain and just steep enough to retain a level of playfulness and keep it nimble and quick through turns, even while climbing. A 78° seat tube angle brings the rider forward into a reasonably forward position for comfortable climbing and ensures the front end doesn’t need any overly pronounced effort to keep down while climbing. A 449mm chainstay, 465 reach (medium frame) and an 808mm front centre measurement put the rider in a nice central position within the reasonably long 1257mm wheelbase.

Component highlights

As you’d hope for on a bike with this price tag, the component selection on the LTe is nothing but top-shelf. I’ve picked out a few highlights below:

Fork – FOX Factory Podium 170mm

A new-to-market fork from the boffins at FOX, oh, and it’s upside down! They seem to have solved all the issues that previously stopped upside-down forks from succeeding, and this fork seriously impressed me. Although it’s not the lightest, some 300g+ heavier than an equivalent FOX 38 fork, the weight is well worth the extra performance. The fork changes direction from compression to extension and vice versa with less effort or delay than a regular fork, in part thanks to its lower unsprung weight and constant lubrication from the fork oil sitting atop the main external seals. Buttery is not a word I thought I’d use to describe this fork, but it is just that. The early stroke is phenomenally supple and even deeper into the travel, it’s evident this is very active and smooth, the wheel sticking to the ground, no chattering, jarring or feeling like the fork is overwhelmed, just a precise, controlled feel.

With much larger bushing overlap than a standard fork, which keeps the legs stiff and parallel to each other, there’s less binding as the fork legs compress, helping maintain the smooth action. Even under heavy braking down rough, steep sections of trail, there was not once when I even began to explore the limit of the fork.

There’s ample adjustment on offer on the Podium, with the GRIP X2 damper. You’ll find high and low speed compression and rebound adjustments, as well as the ability to add volume spacers. There’s a tonne of tunability available. On most bikes, I use manufacturer-recommended settings as a baseline, then tweak settings from there. On the LTe, to my surprise, I found that Yeti’s suspension setup calculator gave me ideal settings for everything, right down to tyre pressure, so I didn’t see any need to go outside these.

The only downside to the Podium at this stage, if I’m getting picky, is wheel installation. When the axle is removed, the lower fork legs can rotate, making it more difficult to reinstall the wheel and axle than with a traditional fork. Once again, a small price to pay for the performance this design offers. If, like me, you’re often unloading the bike from a vehicle after taking the wheels off, and in a hurry to get going, lining the dropouts up with the axle and wheel can take a few deep breaths!

SRAM Selections

With a SRAM XX drivetrain and 165mm cranks, you can’t go wrong. Although a 160mm crank would have been better, it’s not available at the XX level. This t-type Transmission is at home on an eMTB, and when combined with SRAM’s Maven Ultimate brakes, it’s the perfect combo for speeding up and slowing down. Dropper post duties are handled by a RockShox Reverb AXS 175mm post on the medium bike, while large and XL bikes use a 200mm post, and the Small frames use a 150mm post. Another great spec, but I still find it hard to accept the bulbous battery and control unit on this post – unsightly at best. Thankfully, it works like a dream!

Tyres – Schwalbe

The best suspension and bike setup can be let down by bad tyre choice or wrong tyre pressures. I found the Schwalbe Magic Mary Trail Pro 2.5 Radial Ultra Soft on the front, coupled with the Schwalbe Albert Gravity Pro 2.5 Radial Soft, to be wise spec choices by the product managers. Having never ridden radial tyres before, I wasn’t sure what to expect. Once inflated to the recommended 29psi rear and 28psi front, much higher than my normal pressures, I discovered why people have been singing about these tyres: supple, fast and grippy all sum up the radials.

With a lighter trail casing and ultra-soft rubber up front, and a heavier Gravity casing and sturdier rubber out back, there was no need for concern on any terrain I put them on. There was enough support and traction to keep the bike well under control, although on rocky, high-speed trails, a Gravity casing up front may be preferred. I didn’t get to test them on a super-wet ride, so I’d be interested to see how they perform in those conditions. Judging by the height of the tyre knobs, I doubt there would have been a need to use anything else.

Riding the LTe

The LTe is the best eBike I’ve ridden, and potentially the best overall bike I’ve ridden, full-stop, end of story. Set up was effortless thanks to Yeti’s suspension setup web app. I found no reason to change anything from their recommended settings after some initial pressure adjustment and dial twiddling. The medium bike was perfect for my 176cm height, and everything felt in the right place, even down to the handlebar width. I’ve reviewed other high-priced carbon eMTBs with similar drive systems, and I couldn’t get the setup to feel great, even with a reasonable amount of setup time and head- scratching, so it was nice to just hop on and go.

The LTe is designed with a downhill focus, and that’s where it really shines, although climbing is also excellent. Manoeuvring up and through technical climbs was on par with other high-end eMTBs I’ve ridden. Nothing really puts it head- and-shoulders above, and in some ways, the excess weight of the fork makes it marginally more challenging to pull up over obstacles. Fortunately, that Bosch CX-R drive unit has enough torque on tap to pull me up anything.

Generally, I blasted around in eMTB+ mode, the Dynamic Control aiding traction when the terrain was loose or slippery. Race mode was reserved for sections of climb that I wasn’t really sure I could get through, releasing all the power of Race mode in the hope it would pull me through. The Race level of assistance was more than I needed most of the time and often required more man-handling, and thought about how best to apply power to the pedals. This bike needs to be ridden hard to get the most out of it and really see where it shines. Descending is where the LTe really comes into its own, largely thanks to that Sixfinity linkage and the top-shelf suspension, but also the brilliant selection of components. For example, sub-par brakes would totally kill the vibe on this bike, regardless of how good the suspension platform is.

When throwing the LTe down a reasonably technical trail, I got the feeling the bike was just asking for more. The only limiting factors to how fast it could go were my skills and my level of self-preservation. The bike could handle much, much more than I was prepared to give it. Some laps through Rotorua’s Tuhoto Ariki and Kataore native bush trails really shone a light on how good the bike is as a whole.

Swooping turns, both bermed and flat, with roots, were no bother. Even with a reasonably long wheelbase, the LTe was easy to change direction in turns and held a line exceptionally well. At slower speeds, the weight of the fork was evident, but once I opened the taps into some of the faster sections of trail strewn with steps, roots, and heavy hits, I forgot that weight altogether.

The LTe’s suspension rewards speed and aggression, and once at a decent cruising speed, the trail seemed magically smoother. Even under heavy compressions, the bike was calm and predictable, and there were no “wow that was close” squirrely moments. I’ve certainly had moments on other eMTBs where the bike squirms underneath me, feeling like a wound spring as it’s nearing the end of its travel, and as it rebounds it’s a bit like releasing a wild dog to chase a rabbit: I’m not sure what to expect, but sure it’s going to end in carnage!

Although there’s a feeling the bike is like a plough smoothing out the trail, it’s still quite spritely. There’s enough support in the suspension, and the overall light weight of the bike means it’s able to be bunny-hopped and unweighted over trail features, and popping off bumps or jumps doesn’t require excess effort.

On the steep, while braking heavily, the LTe maintained a high level of composure. The balanced geometry and buttery suspension ensured the tyres tracked the terrain, keeping as much traction as possible. I felt comfortably centred within the bike, no feelings of the front end diving and that I’d be pitched out the front. Equally, I didn’t feel like I was a passenger needing to push off the back too far while dropping down near-vert faces, just a level of composure I haven’t found on an eMTB before.

Rough off-cambered sections or getting to the highest of high lines into turns were both areas where the bike shone; again, the suspension, tyres and geometry worked together for pinpoint precision. See a line you want to get to? Go there. No questions asked. It took me a couple of rides to really unlock the confidence to go pretty well wherever I wanted on the trail. As I mentioned earlier in this piece, my skills and self-preservation were the limiting factors. Still, the bike gave me confidence to push both of these further than I’d be comfortable with on many other bikes.

To sum up, the Yeti LTe not only meets the mark for a high performer but surpasses it. It’s an all-around exceptionally fun and capable bike to ride, and the fact that it’s an eBike just opens up more possibilities for how many after-work downhill laps could be ridden and how much steeper and sustained the climbs it could go up, versus an ‘acoustic’ bike. Ultimately, I think the LTe rider’s cheesy grin will be just that bit bigger thanks to the pedalling assistance on offer over a non-eBike equivalent.

While I was testing the LTe, I also had a couple of lower-specced, alloy-framed eMTBs in the stable. Jumping between this $25k beauty and a $9k alloy bike, the difference between the two couldn’t be more pronounced. On every level, the more expensive bike was better – maybe not $15,900 better – but the two ride experiences couldn’t be further apart. In isolation, either bike was capable and fun in its own right. But once ridden back-to-back, the differing experiences showed me that between the high-end and let’s call it low-end of the eMTB spectrum, the experiences are so different they almost can’t be compared, a little like a Formula One car vs. a Honda Civic. They both have a frame, motor, and wheels, and both can be super fun to drive, but from a high- performance aspect, when piloted by a driver (rider) who can feel the nuanced differences between the two, there’s a vast chasm between

Produced in partnership with Bosch eBike Systems

This article is taken from:NZ Mountain Biker, Issue #119

Considering SubscribingPurchase Issue #119

SRAM Maven B1 Brakes

Words Liam Friary
Images Callum Wood & Sven Martin

It wasn’t that long ago that the original Maven launched. Two years on, extensive feedback from World Cup racers, everyday riders, and bike brand partners has shaped the next generation. The result is a brake that feels more intuitive, more controllable, and more confidence-inspiring whilst not replacing the ethos of the original Maven. 

The biggest change in the updated Maven is a redesigned SwingLink, the internal cam that controls how power builds as you pull the lever. To appreciate why it matters, it helps to understand what the original Maven was doing in the first place. 

The first-generation Maven (A1) used a low starting leverage ratio, designed to minimise deadband. You know that brief dead zone at the top of the stroke before anything happens. The result was a very short, snappy feel – pull the lever and the power is right there. It was all brake, all at once, which some found getting used to. For me, initially it was full on, then I got used to it. But it was either on or off and not much in between. That low starting rate is what created the A1’s distinctive ‘cam-over’ feeling – a magnetic, almost binary engagement. In the field, some riders liked it and others didn’t. 

However, Maven Base sits at the opposite end of the spectrum. Rather than a SwingLink cam, it uses a simpler DirectLink lever architecture for a very light, linear feel from the top of the stroke all the way through. There’s a touch more deadband than the A1, but the unhurried, progressive character was widely appreciated when it launched quietly alongside the Maven lineup. Its positive reception was a big part of what motivated SRAM to rethink the SwingLink-equipped models.

The new B1 SwingLink finished in gold to distinguish it from the original red cam, splitting the difference between those two approaches. The initial breakaway force drops from 8 Newtons on the A1 to 4.25 Newtons on the B1, nearly halving the effort needed to get the brake moving. That lighter engagement flows into a smoother, more linear leverage curve through the mid-stroke, where most braking actually happens. Then, at the end of the stroke, the leverage ramps up again to ensure full peak power is still there when you need it. The three goals SRAM set for the project were more control, more predictability, and the same power. The B1 SwingLink delivers all three.

Reworking the SwingLink had a knock-on effect that needed managing. A higher initial leverage ratio means more mechanical advantage at the point of pad contact. Put simply, left unchecked, the B1 would have bitten harder at initial contact than the original Maven, which clearly isn’t the goal. To balance this, SRAM made a deliberate change to the caliper.

 

The original Maven A1 caliper used two 18mm pistons and two 19.5mm pistons. The B1 moves to four 18mm pistons, the same layout as Maven Base. The slightly reduced hydraulic ratio at contact offsets the higher mechanical advantage from the new cam, so the overall feel at pad engagement is more controlled and predictable while peak power remains the same. As the SRAM engineers put it, they’re still baking the same cake; they’ve just adjusted the recipe.

I’ve been running the Maven Ultimate B1 on my Santa Cruz Hightower for just over a week. The lever feel is solid and confident, with a noticeably more graduated build through the stroke compared to the A1. You can feel exactly when the pads make contact with the rotor, and that modulation is consistent every time you pull. Where the original Maven could feel confronting – all-on or all-off, particularly in the first few rides – the B1 builds into its power more smoothly. It’s still a seriously powerful brake but just gives you more time to work with it.

Most of my testing happened during a week of riding in Queenstown, and on longer descents where other brakes have started to fade or lose feel, the Maven kept doing its job with the same character from top to bottom. Heat builds in the oversized caliper, but by design it dissipates slowly and evenly, keeping brake feel consistent throughout. On more technical, slower sections of trail, the improved control and modulation allowed for better precision; I could pick my way through with more accuracy and less guesswork than I’d had on the A1. During testing, I had a slight fall that resulted in a cut palm and a sprained wrist. I still had a few days to go and was thankful for the better control and modulation, especially with my sore hand. Put simply, I had better, precise, and accurate brake control.

Brakes are quite subjective. If you prefer short, snappy engagement of the A1, the B1 is a different animal. But the wider usability window is hard to argue with, and I’d expect riders who struggled with the A1’s abruptness to find the B1 a much more natural fit from the first ride. This was certainly the case for me. 

The Ultimate sits at the top of the Maven range and earns its place there. Carbon lever blades replace the forged aluminium of the previous version, giving a familiar tactile feel while performing better in cold conditions. Maven Silver receives a new forged and CNC-machined aluminium blade with a precision weight-saving cutout, while Maven Bronze gets a forged blade as well, a meaningful step up from the previous cast construction. The Ultimate’s caliper features machined edges and titanium hardware. Reach and contact point adjustment are both tool-free, so dialling your setup takes seconds rather than digging out an Allen key.

One of the most considered aspects of the B1 update is that it’s fully backwards compatible with any existing Maven Ultimate, Silver, or Bronze. These are called tuning kits, not upgrade kits. Clearly, making a line in the sand between the two Maven brakes. The A1 (original) is not obsolete and that’s a good thing in this throwaway world!

The new SwingLink and lever blade are available as a tuning kit – no bleed required. All the changes happen on the dry side of the brake. Two T10 Torx bolts remove the lever, a pin punch (the T10 tool included in the kit works for this) pushes out the SwingLink, and the whole assembly swaps cleanly. 

One compatibility note worth keeping in mind: the gold B1 SwingLink (identifiable by two notches on the cam body) should only be paired with B1 calipers, and the original red A1 SwingLink (single notch) with A1 calipers. Mixing them won’t cause a safety issue, but the feel will suffer. Fitting the new gold cam to old parts will result in a brake that’s far too powerful and aggressive, while fitting the old red cam to new parts will leave you with something wooden and flat with little power on offer –  because the parts simply weren’t developed to work together.

In addition to those who install the tuning kit on an existing A1 brake, because the A1 caliper retains its larger pistons, fitting the gold B1 SwingLink to an A1 system results in the most powerful Maven configuration possible, lighter lever feel, with a slight boost in peak power at full stroke. Not a bad outcome if you’re after maximum grunt.

In my time on the B1 Mavens, they delivered consistent, well-modulated stopping power without fade on long descents. The original Mavens performed well too, but only once you’d adapted to them. The B1 removes most of that adjustment period. Riding with this much braking power available still means rethinking habits. Braking later into turns, going deeper into steep sections before loading the lever. Every pull feels the same. That consistency builds confidence and means you can really rely on them. After a few weeks, I prefer the more modulated feel of the new Maven. They still have all the power of the original Maven, but it gets delivered in a more refined manner.


KS Rage Circuit Dropper Post

Words Liam Friary

Wireless droppers are in vogue lately, and KS has thrown a great one for a good price point. Let’s start with what makes this thing tick. Much like the brand’s cable-actuated posts, the Rage Circuit has a simpler design and slots in below the LEV Circuit (top-tier) in terms of price. It’s much cheaper than the LEV Circuit, however, still shares what appears to be the same head design, battery, electronics, remote, and overall aesthetics as its more expensive sibling.

This setup is simple and hassle-free. There are no cables, housing, or internal routing, just the remote and the post. For me, the installation process was a real breeze. Drop the post in, clamp it down, attach the remote, and you’re all set. It took less than five minutes to complete. In contrast, wrestling internal cables through modern frames was a real pain. The entire setup took me about twenty minutes, and most of that time was spent adjusting the saddle height. The remote uses a standard CR2032 battery, which should last eight months or more, with an LED that flips when it’s time for a swap; the light changes from green to red. You can grab a spare battery from any dairy, petrol station, or supermarket if needed. I’ve had that happen a few times, so it’s worth having a spare and double-checking the battery life or having a spare stashed before you roll out. The post has a rechargeable battery that slots in conveniently. Everything you need is included in the box: remote, battery, charger.

The KS Rage Circuit post is available in 30.9mm and 31.6mm versions, with travel options ranging from 120mm to 180mm. KS has thoughtfully considered modern geometry, ensuring that total post lengths should fit most frames without any issues. The Rage Circuit also uses the same wireless remote as its more expensive sibling, which employs KS’s proprietary 2.4GHz wireless communication system. Conveniently, the rechargeable 450mAh battery is stored behind the seat clamp, keeping things tidy. KS estimates that the post will run for up to eight weeks on a single charge under normal use, and it takes approximately 4.5 hours to top up with the included charger.

Now, let’s talk about how this post performs on the trail. The actuation is incredibly smooth and light. There’s an almost effortless sensation as the post drops when you press the remote button while weighted on the saddle. It doesn’t resist at all. I’ve been using wireless dropper posts for several years and highly recommend them.

During a recent test bike, I actually forgot about how much more I use the electronic version compared to the mechanical. Put simply, you press the button, and the post drops. It’s that straightforward, and after a few rides, you stop thinking about it entirely. The remote lever itself is large and easy to reach, with a very quick response time. The amount of force required is fairly light, and the post slides smoothly out of the way without much effort. The post is also built tough. An IP67 rating means it’s dust-tight and properly water-resistant.Precision keyways keep everything stable with virtually no play. This is something I’ve been checking for religiously, and so far, there’s been nothing to report. No slop, no wiggle, just solid performance.

The Rage Circuit has some downsides. The return speed is average, neither sluggish nor lightning-quick. When it’s time to raise the seat for a climb, hold down the remote to return it to full extension. The Circuit is a little less eager to fully extend. Of course, not everyone wants a super-speedy post, and I wouldn’t call the Rage Circuit slow at all–it’s just not the fastest out there. If you’re coming from a post that rockets back to full extension, you might notice the difference. But wouldn’t have any issues coming from a cable actuated post. It gets the job done, just not with any particular flair. The remote could be a little better. Don’t get me wrong, it’s functional and does what it’s meant to do, but the construction feels a touch flimsy. It’s not that it’s going to fall apart on you. The button action is fine, and the ergonomics are decent, but the overall build quality lacks a touch.

The price is bloody good value for a wireless dropper post and perhaps one of the cheapest out there. In saying that, wireless convenience does come at a cost, however. If you’re building up a new bike or already running wireless shifting, the Rage Circuit makes more sense. But if you’re thinking about replacing a perfectly good mechanical dropper, you’ll need to really value that cable-free experience. One thing worth mentioning is the serviceability. KS has a decent reputation for support. The post uses their proven hydraulic valve design, which sits at the top of the unit. The cartridge is easy to replace should the need arise. While time will tell how long-term this holds up, the company has a solid track record with products, so I would back them.

After several months of riding, the Rage Circuit has been rock solid. The connection between remote and dropper never drops signal or acts up. The actuation remains smooth and consistent, and the post hasn’t developed any play or quirks. It just works, which is exactly what you want from a dropper. KS has delivered an impressive wireless dropper here. The
smooth action alone is worth noting, and the battery life means you’re not constantly worrying about charging. Believe me, this can suck and ruin your riding experience. Installation is straightforward, and the performance has been reliable. For riders who value smooth, light actuation and don’t want to deal with cables, this post could be a good option. If you’re in the market for a wireless dropper and want something that feels effortless to use, the Rage Circuit deserves serious consideration. When you’re out on the trail, pressing that button and getting the saddle to drop away without any resistance, you’ll improve your riding experience.


Shimano XT M8250 Groupset

Words Lester Perry
Images Thomas Falconer
RRP $2975
Distributor Shimano NZ

Developed in conjunction with the Yeti factory team, their team of “skunk works” riders, and feedback from riders globally, this new groupset brings Shimano to the fore—particularly in the drivetrain department. Arguably, it’s taken a very long time for this release, but it’s fair to say they’ve launched a highly competitive grouppo that, like its predecessors, is sure to become a “working man’s favourite”.

This isn’t Shimano’s first waltz with an electronic drive train, though. Back in 2016, they launched the original wired version, M8050. It worked OK and was well ahead of its time, but the mess of wires, weight, and a shifter that only a mother could love, meant it wasn’t widely adopted.

While Shimano’s red friends (that’s SRAM if you hadn’t realised) went all-in on proprietary parts, with a drivetrain requiring a complete ecosystem of components in the form of their AXS transmission. Shimano’s new XT Di2 is refreshingly simple. No need for a specific styled frame dropout; no need for a particular chain or cassette. It’s designed to easily upgrade from a mechanical system with minimal faff and far less money than needing to buy into a complete system.

For bikes running existing Shimano 12-speed drivetrains, the jump to XT Di2 is as significant as you want it to be. At its most basic, entry can begin with purchasing a shift kit consisting of a derailleur and shifter, including battery and charger, and a chain quick-link. If a new cassette and chain are required, there are a couple of tweaks to the newly released cassette, but nothing drastically different from the previous XT, and all key components are compatible across previous Shimano 12-speed ranges.

XT M8250 Drivetrain

Derailleur

Durability is one of the core elements Shimano strived for in this redesign. While they don’t promote that you stand on it, you can seemingly smash it on a rock and it will be fine. The parallelogram sits closer to the frame than the competition, and the revised chain stabiliser (previously clutch) sits a significant 16mm further inboard than the competition. The overall shape of the derailleur is wedge-like, designed to glance off an obstacle, disengage the servo, allowing it to move with an impact, then snap back into place and reengage once the obstacle passes. Given how easily the XT mechanical derailleur was bent during impact, this complete revision— and its durability—will be welcomed by anyone looking for confidence in their investment. Shimano launched the groupset to dealers at a ride camp in Queenstown in late February 2025; the ideal destination to test the real-world durability of the drivetrain and brakes before it landed in their stores. Queenstown’s rocky trails saw two bike mechanics smash derailleurs into rocks at different times. Knowing the level of impact a derailleur should be able to withstand, and how they’d just well exceeded this, they feared the worst; worried they’d be returning a smashed derailleur to the Shimano team. This wasn’t the case, though, and the units continued their ‘zit-zit’ noises and flawless shifting. The proof was in the pudding.

Because they began with a completely clean slate, rather than working with an existing battery style, the design wizards at Shimano managed to squeeze the derailleur battery into the centre of the parallelogram, keeping it well out of harm’s way. Installation and removal of the battery is unique; a cap on the base of the derailleur slides off, allowing the battery to slide out of the bottom of the derailleur body. The battery cap provides upward tension on the battery contacts and the rubber seal surrounding them. Shimano’s North American development team commented that this provides a water-tight seal around the terminals. However, the rest of the battery is open to whatever elements can make it into the battery cavity. So, while the terminals remain dry and clean, the rest of the battery can be wet and dirty after a mid-winter slop fest. I can’t see any way, unless intentionally, that the battery could be damaged in its home within the derailleur. Even the way that the battery door slides into place means that even with a hard impact, it should stay put; it also helps provide some damping to a direct blow.

The battery itself is a tidy little 310mAh versus the SRAM 300mAh. Shimano claims that during testing, their slightly larger battery, combined with a more efficient system, offers 340km of riding vs 230km of the SRAM, under identical test conditions.

What, no UDH? As much as the UDH derailleur has become commonplace—and for good reason—there are still a considerable number of frames available without one. Although this new derailleur doesn’t require a unique UDH hanger, it benefits from the UDH’s increased stiffness if it’s attached to one.

Two derailleur cage lengths are on offer, depending on which cassette it’s paired with: a 10-51t (long cage) or 9-45t (short cage). The 9-45t offers 10% less range (500%) than the 10-51t (510%) but achieves equivalent ratios with a smaller, 28 vs 32 tooth chainring. This ‘Compact drive’, with its smaller ring combined with the shorter cage derailleur and shorter chain, saves some weight but, more importantly, offers better ground clearance: some 8mm at the chainring, and 23mm at the derailleur—not insignificant, and totally worthy if it’s being threaded through rocky terrain or deep ruts over long rides.

The cassette itself is essentially unchanged, aside from some tweaks to tooth profiles increasing shifting quality a fraction, and the obvious addition of the 9-45t option with a new lockring. Yes, you’ll need a new tool for that. This updated cassette is completely backwards compatible, and fear not, if you’ve committed to a ‘Compact drive’ with its short derailleur cage but want to go back to a more ‘regular’ setup with the larger cassette and chainring, this can be achieved with a simple swap to the ‘long’ derailleur cage, rather than necessitating a completely new derailleur.

Clutches are out, springs are in. Enabling the slimline profile of the front edge of the derailleur is the change of the tensioner mechanism. Gone is the venerable clutch, replaced by a much tidier dual opposing spring stabiliser. With a claimed 72% increase in tension and better chain wrap around the cogs, there’s now better shifting and less ‘skipping’ of gears. Shimano claims this new system is service-free, and its performance won’t degrade over time. If this proves to be the case, then this change in chain stabiliser will be welcomed by anyone who’s dealt with a dicky clutch in the past.

The combination of the new chain stabiliser and a smaller b-tension gap (distance from top jockey wheel to cassette cog) has enabled increased chain wrap, meaning a faster, more positive gear shift, and less of the chain bouncing off the top jockey wheel. The jockey wheels aren’t needlessly overengineered and, with no holes in them, there’s no chance sticks or debris can go through the cog, jamming it up.

In my thinking, the new shifter is a perfect evolution of the XT mechanical shifter (it’s not even worth mentioning the previous M8050 Di2 shifter!). Rather than an entirely new and unfamiliar shifter system, Shimano have taken the familiar fixings, paddle layout and overall styling of mechanical XT- 8100 and brought it into this century with thoughtful refining and class-leading tech.

The shift paddles are in a similar position to previous, although the ‘up’ (harder) shift paddle is slightly more tucked in behind the ‘down’ paddle. Its positioning seemed odd at first, but I quickly forgot about it, never giving it another thought; it just worked as it should. Each independent paddle has a degree of adjustability and, when combined with the overall adjustment of the complete shifter unit, i.e. upward/downward and inside/ outside on the handlebar, there’s a decent level of customisation to suit all preferences.

Another nice carryover from the mechanical is the two-step multi-shift; depress either shifter paddle and there are two clicks as it moves through its travel. That’s two shifts, or hold the shifter on a stop to shift multiple gears.

The shifters light action does take some getting used to, and I initially found I was over-shifting, leaping to gears beyond where I wanted to be. It didn’t take long to become accustomed to the light action, and I found myself shifting gears on a whim. The shift speed is so fast that it’s a case of thinking about a shift, tapping the paddle and almost instantly being in the next gear. Anyone familiar with road Di2 will find the feeling familiar.

On the rider-facing edge of the shifter is a small button for on-the-fly adjustment. This button allows for a level of adjustment within the unit while riding, no need to open the e-Tube app on a phone to fine-tune a shift that’s not quite perfect, or switch into auto-shift mode (when paired to an EP-8 e-bike motor). The button can be further customised in the e-Tube app, where a host of other settings and customisations are available, from shift speed or shift paddle customisation to specific eBike functions.

Crankarms remain largely unchanged from previous, aside from tweaked graphics. The refined one-piece chainring is updated and specifically sculpted for impact resistance, particularly when feet are parallel, ensuring it can withstand larger impacts than the previous version. The new chainring has an offset, giving a 55mm chainline for better overall performance and efficiency. The cranks are now available in more sizes, right down to a 160mm length.

When asked about replacement parts for the derailleur, Shimano’s response was an interesting one. SRAM claims a fully rebuildable derailleur, offering replacement parts for a complete T-type derailleur rebuild. Shimano, on the flip side, utilise a standard derailleur hanger, relying on the redundancy of this to help protect a derailleur from significant harm during excessive impact. Shimano’s thinking is that if a derailleur is damaged enough not to function correctly, and a replacement hanger doesn’t solve it, then the mech itself has sustained damage significant enough that even if spare parts were available, it would likely require a full derailleur worth of parts to get it back to 100% shift quality.

Drivetrain on the trail

XT M8250 has a familiar feel at the pedals, and outside of the electronic shifting part, everything feels similar to the XT mechanical, and that’s a good thing. First off, as mentioned earlier, the shifter, while familiar in layout, did take a little time to adjust to; the action is just so light.

Shift speed is fantastic and totally noticeable. I find myself shifting more, and whenever I want, rather than having to think early about when I need the gear to be engaged—we’re talking fractions of a second here but it makes a difference. With this XT, it’s just a simple thought of ‘I want to be in this gear’ and quickly shifting to it, nearly instantly. In situations where shift speed is key, on unfamiliar technical trails or rolling terrain with surprise features, where a prompt shift is paramount, the XT Di2 delivers.

The new chain stabiliser does its job well. I’ve had no dropped chains and, although it’s claimed to have much higher (75% more) tension than the clutch of old, it seems much smoother through its motion. One thing I have noticed is a subtle, dull ‘thud’ at times after the bike has been near full compression. Shimano tells me this is the derailleur cage returning to its neutral position and isn’t noticeable on all bikes.

I haven’t tested the impact resistance of the system as yet, but I’ve dragged the derailleur on the side of a few ruts and nothing untoward has happened. It strikes a slim silhouette and, from the reports I’ve heard, lives up to expectations when it comes to rock impacts.

During one ride, I noticed the chain exhibited almost chain-suck-like characteristics and made a strange ticking noise in the easiest two gears. Although the chainrings’ slightly revised tooth profiles decrease chain drops, with a dirty, dry chain it appears the teeth can hold on to the chain a fraction longer than ideal as the chain is rolling off them. It’s a simple fix with a clean and lube, but interesting to note and I’d be keen to do a huge 6+ hour ride in the wet to see how it reacts.

The big question on many people’s lips is this: how does this new XT compare to a SRAM AXS transmission? Shimano’s Hyperglide+ system can shift 1-2 gears under full power with ease, although it doesn’t have as ‘sure’ of a feel and there’s a bit more noise to the shift than SRAM’s Transmission, however, the speed of change on the XT makes up for the extra noise. The slower Transmission shift means that at times, if I’m caught out or late to shift, I’m still between gears while powering up a section. Thankfully, it’s so solid while shifting under power that I can push hard on the pedals without any worries. The Shimano is quite different; in similar scenarios, the XT will be entirely shifted, its gears will already be completely engaged before I have any worries, whereas the Transmission may still be halfway through its shift. Each brand offers a different experience, but neither is better than the other.

While Transmission and XT Di2 have similarities, the reality is that they are fundamentally poles apart. Transmission requires buying into a complete system, where the XT Di2 is supremely cross-compatible, and the barrier to entry is low. The release of XT Di2 has been likened to an iPhone upgrade; sure there’s some new hardware but it’s not a monumental leap forward. In the case of Di2, it could easily be said that this release only brings it in line with SRAM’s standard, non-t-type AXS systems that have been in the market a number of years now. With XT M8250’s crisper shifting under power, better battery life, arguably superior shifter and much greater durability, I think it’s clear XT outperforms the standard AXS. It sits alongside Transmission; there’s enough difference between the two systems not to crown one a winner, but instead they’re offering two quite different experiences and will meet the needs of different riders.

XT M8220 Brakes

As much as the new Di2 has been front and centre of this recent release, the new XT brakes deserve some serious spotlight too. The previous XT brakes were the go-to for many riders, and rightly so; they were durable, powerful and generally low maintenance, if only more consistent with their much-publicised wandering bite point. While it wasn’t a deal breaker for most, the wandering bite point wasn’t something you wanted to be thinking about, or affecting your braking, while in the middle of an enduro race run.

Thankfully, as with the Di2, Shimano have rewritten the script with an almost completely revised brake. Many of the changes not only affect the consistency and performance of the brake itself, but with changes targeting ergonomics, they’re comfier and more intuitive to use.

Beginning at the lever, the master cylinder has been squared up, now nearly parallel to the handlebar; the brake line exiting in a straight line, bringing it much closer to the bar. The lever pivot point has also moved toward the bar, 5mm further in than before. This change makes the lever path through its stroke more in line with the natural finger pull direction, tracking through the same path as a forefinger would as it pulls the lever.

The Servowave lever has a reach adjust dial and a ‘free stroke’ adjuster. Servowave has been featuring on the XT brakes, as well as some Shimano road brakes, for some time. Essentially, it amplifies the lever input as it’s pulled. I’m a massive fan of the feel and power it creates. The Free Stroke adjustment is more effective than in the past, but it still doesn’t offer a lot of range.

The entire system is filled with a new low-viscosity mineral oil, and it gets a new gold colour so as not to be confused with the previous red mineral oil, which isn’t compatible with these brakes—nor is this new fluid compatible with older brakes. The new oil is said to be much more stable across a broader range of temperatures and, when combined with new piston seals, should see the end to the wandering bite point curse of the previous brakes.

The calliper is not dissimilar to the previous: a two-piece, machined unit housing a pair of 15mm and 17mm resin pistons, a switch from the ceramic of old. The differing-sized pistons enhance stopping power while retaining exceptional modulation. The new pistons are coupled with previously mentioned new seals, which are said to snap the pistons back into place more rapidly when the brake is released, assisted in part thanks to the low viscosity oil, to put the wandering bite point of old to bed finally.

The brake pads have had a slight tweak in size, helping them fit more snugly into the calliper, which eliminates the pad rattle some units previously had.

Brakes on the trail

I’ll put it out there that the old XT brakes were my favourite brakes for a long time, and if it weren’t for that pesky wandering bite point, for general use, they’d still be on my bike. I’ve been using these new M8220 brakes for a relatively short time, so I can’t speak to their true longevity, but I have gained some insights into how their upgrades differentiate them from the old XT.

First off, they have an amazingly smooth, light action. The new fluid and seals help keep the lever feeling light and consistent. The feel is less on/off than the old versions, and although you can still feel the point the pads hit the rotor, there’s more modulation there than before. This softer feel shifts the lever experience more towards that of a SRAM brake, while retaining enough of the classic Shimano feel to be familiar. So far, I’m super impressed with the consistency of the brakes, and the wandering bite point appears to be gone; every pull feels the same, even down reasonably long descents.

The lever feel is excellent; I can feel the difference in the lever path thanks to the shifted pivot point. In theory, this should make long descents more comfortable, and it is the case, although the difference is hard to quantify. The new brake line routing looks tidy, but it does increase a bit of cable slap. This is easily fixed with a little tape or a zip tie. Shimano should have angled the hoses out a tad more, maybe not to the extreme of the previous, but somewhere in the middle would have been nice. This new angle does make it easier for internal routing of the hoses, but that’s a subject for another article, and not a good one.

My stock pair of brakes came with organic pads installed, which have proved to offer a nice bite, although I’d be keen to try a set of sintered pads in them for a maximum grunt at speed.

The overall power seems fractionally better than the XT’s of old, although power means nothing without control. I feel these new brakes have far better modulation and consistency than before, so overall are a peg up on the previous XT’s across the board.

The release of the M8220 brakes puts the XT back near the top of the list for overall performance, to dollar and weight ratios. Sure, there are lighter brakes around, but they don’t have the raw power of the XT, and there are certainly more powerful brakes out there, but they’re drastically heavier. The XT strikes a sweet spot in the brake market and should continue to be the “working man’s” brake.

This article is taken from:NZ Mountain Biker, Issue #118

Considering SubscribingPurchase Issue #118

Santa Cruz Vala X0 AXS RSV

Words Liam Friary
Images Henry Jaine
RRP $22,050
Distributor Hyperformance Hardware

The Santa Cruz Vala is all about refined functionality and rugged reliability. The Vala is Santa Cruz’s first venture into four-bar suspension, and their inaugural partnership with Bosch motors. The Vala signifies a step away from the company’s signature VPP. With 150mm of rear travel, 160mm up front, and featuring the cutting-edge Bosch CX Gen 5 motor paired with a 600Wh battery, the Vala weighs in at a claimed 21.8kg for the XL frame.

The Vala’s design philosophy centres around versatility and refinement rather than reinvention. Santa Cruz describes it as ‘made for riders looking for focused performance on the best trails’. The frame utilises mixed wheel sizing with a 27.5″ rear and 29″ front, a 63.9° head angle, and includes high/low and progression flip chips for geometry adjustability—though not quite as extensive as some competitors.

What immediately strikes you about the Vala is how conventional it looks compared to many eMTBs on the market. It has a subtle aesthetic. There’s no funky integrated battery or radical geometry—just clean lines that wouldn’t look out of place on a non-powered trail bike. The Bosch CX Gen 5 motor delivers 100Nm of torque with a peak power output of 750 watts, while the 600Wh battery sits internally within the frame.

The Vala breaks VPP tradition. Whether it’s a trail bike like the Hightower, an enduro bike like the Megatower, or eMTB like the Heckler SL, all are distinctly recognisable as Santa Cruz bikes thanks to their signature twin-link rear suspension. Santa Cruz’s Vala takes a completely new approach to suspension. The classic VPP suspension is replaced with a four-bar Horst-Link design. This change was made because integrating the large Bosch motor into the existing VPP design proved too complex. Transferring the latest suspension optimisations from regular mountain bikes to the Vala was too difficult. Santa Cruz’s engineers opted for a Horst-Link rear suspension design, which gave them more freedom with the frame design and suspension kinematics. This allowed them to achieve the best ride feel possible.

Build & Motor

Component selection varies across the range, but the X0 AXS RSV model I tested came well-equipped. I did have non-stock components on the test bike, but for the most part, it was pretty close to factory specs. The SRAM XO transmission performed flawlessly throughout testing and works well with the extra torque from the eMTB. The Fox suspension—Fox 38 Factory, Grip X2 fork, and Fox Float X Factory shock—felt appropriately tuned for the bike’s intended use. Brake performance was more than adequate for most situations, with the SRAM Mavens delivering well-rounded stopping power.

The Bosch Performance Line CX Gen5 motor delivers its 100Nm of torque with a peak power of 750 watts, paired with the fully enclosed Bosch PowerTube 600wh battery. The battery is stored internally and is not removable, which maintains the clean aesthetics but limits flexibility for longer adventures or easy charging. The controls are refreshingly simple with basic buttons and no unnecessary screen distractions. This simplicity extends throughout the bike, there are no gimmicks or complicated systems, just a well-executed electric mountain bike that focuses on the riding experience. Bosch is also well-supported in New Zealand with a service agent, ensuring local support in case of any issues.

Battery life proved more than adequate for most full-day rides, though your km’s will vary significantly based on terrain, assistance level, body weight and riding style. Range-wise, expect anywhere from three to six hours of ride time depending on conditions and how heavily you lean on the assistance. The motor’s efficiency impressed me, it’s possible to extend range considerably by being judicious with power levels on easier sections.

Ride

During my few days of testing at Silvan Forest MTB Park, the Vala proved itself to be well-balanced across a variety of terrain. The bike pedals efficiently despite its 150mm of rear travel, never feeling sluggish on climbs or flat sections. The motor integration feels natural, intuitive – and there’s no jarring power delivery or awkward engagement. Instead, the assistance builds smoothly and predictably.

On technical climbs, the front wheel tracks with good precision, following your steering inputs exactly where you point it. This predictable handling helps build a ton of confidence—you know exactly where the bike is headed. The generous bottom bracket clearance means you’re not worried about crank strikes on rocky step-ups, while the rear suspension stays composed even wide open with minimal pedal bob interfering with your rhythm. In fact, during most of my testing I left the rear shock wide open, and it pedalled fine. The Bosch Performance CX delivers assistance that feels completely natural—it amplifies your pedal input smoothly but puts out grunt when you need to power over challenging sections. Despite running the smaller 27.5″ rear wheel, traction on steep, loose climbs is bloody excellent. The bike simply grips and goes.

Flipping the chip to the low setting changes the climbing game slightly. The seat angle slackens marginally but stays comfortably upright, while the bottom bracket drops 4mm – enough that you’ll need to pick your lines more carefully, but not so much that it feels overly low. The bike becomes more demanding on technical climbs in this setting. The front wheel needs more commitment to keep tracking properly, and overall climbing prowess takes a small hit compared to the high position. It’s a trade-off worth understanding, depending on your terrain.

The Vala’s descending capabilities are very well dialled. The 150/160mm travel package feels well suited to aggressive trail riding without venturing into an enduro overkill rig. The suspension is active and compliant, soaking up repeated hits while maintaining composure through rough sections. During my test period, I rode some of the rougher trails on offer at Silvan, and the Vala kept me upright and composed. Coming from the upper North Island, I don’t always have those sketchier, rocky, loose sections, so I was glad the bike was more than capable of handling these. It feels great descending—much closer to a regular bike feel rather than a heavier eMTB feel.

On corners is where the mullet setup comes into its own in tighter sections—you can throw the bike into turns without getting hung up, thanks to that nimble 27.5″ rear wheel. This was needed during testing on the tighter, steeper and rockier terrain, where the bike’s playful nature really comes to life. The frame feels balanced and sprightly, with the Bosch Performance CX motor delivering power so intuitively. The larger front wheel still rolls over obstacles efficiently while that smaller rear wheel allows for snappy direction changes that would challenge bikes with dual 29″ wheels.

The geometry strikes a modern balance without going to extremes. The 63.9° head angle in the low setting provides sufficient confidence for steeper terrain while remaining lively enough for tighter, more technical trails. The reach figures are contemporary without being excessive, and the effective seat tube angles keep you in an efficient pedalling position. The Vala is plenty capable across varying terrain, yet efficient enough for longer rides. The balanced character means it performs well across a broad spectrum of riding situations.

Perhaps not absolutely excelling in just one aspect of riding but rather taking a trail riding approach. I suppose you could say that the Vala plays things relatively safe. The geo, travel and spec are solid but perhaps not uber innovative. That said, the conservatism might actually be its main strength—it’s a bike that’s difficult to fault. The build quality is typically Santa Cruz: excellent attention to detail, clean cable routing, and solid construction throughout. The frame feels robust without being overbuilt, and the finish quality matches what you’d expect from a premium brand. Plus, I like that it’s engineered simply, as it means better functionality and reliability.

This Vala is bloody good fun! It’s one of the most well-rounded eMTBs I’ve ridden this year. The Vala strikes an impressive balance between capability and playfulness, efficiency and performance. It pedals everywhere well, is a very capable climber, and descends with absolute confidence. The intuition of the Bosch Performance Line CX Gen5 is dialled. The motor does what it’s supposed to and elevates the riding experience. The extra 100Nm update with Bosch Performance Line CX Gen5 rode exceptionally well, especially in eMTB mode, which I used for all testing. This update enhances sustained power, particularly at low cadences and in low gears, improving acceleration and climbing on steep terrain.

While it may not revolutionize the eMTB category, it represents a mature and thoughtful approach to eMTB that prioritizes the riding experience above all else. For riders seeking a premium eMTB that can handle diverse terrain without compromise, the Vala makes a compelling case.

This article is taken from:NZ Mountain Biker, Issue #118

Considering SubscribingPurchase Issue #118

Kona Hei Hei CR

Words Lester Perry
Images Caleb Smith
RRP $10,499
Distributor Solis

Hei Hei. We’re not talking the Christchurch suburb, or the Māori word for Chicken (Heihei), we’re talking the tenth generation of a bike that’s previously been the flagship cross-country offering from the storied US brand, Kona Bikes.

It’s no secret that the brand has been through the ringer in recent years, having been sold off to a Private Equity firm (no doubt cashing in on a post-COVID boom) only for the founders to eventually buy it back to prevent it from completely tanking. They’ve returned to what they do best, delivering solid bikes with a broad use case and grin-inducing ride qualities.

Beginning life as a much-coveted titanium hardtail, for most here in NZ, the bike existed in folklore, purely in the pages of magazines. By the early 2000s, the bike had been overhauled. It became a full suspension, still aimed at the cross-country race crowd and based around a four-bar suspension linkage, offering carbon and alloy versions, and even being one of (maybe the) first brands to mass-produce a bike with flex-stays on their 2016 Hei Hei.

Fast forward to 2020, and Kona changed things up with its ninth generation, scrapping the four- bar linkage in favour of a swinger-link style suspension. The bike had both feet firmly in the cross-country camp. With a geometry revision and 120/120mm travel, the bike was right in line with other progressive XC options, albeit it was toward the longer-travel end of the XC spectrum. I spent a couple of years on the 9th-generation Hei Hei, and although it had some quirks, I thoroughly enjoyed it; in fact, it still hangs in my shed.

For the newly launched 10th edition, Kona pulled one foot from the XC bike camp, crossing the line and putting it into the trail-bike camp, broadening the intended use of the bike. Retaining its 120mm rear travel, the frame features a refined suspension kinematic, with a more consistent rising rate and improved pedalling thanks to higher anti-squat, a result of the main pivot moving considerably higher and further forward than before.

The straight seat tube not only looks nicer than the curved one before, but it also now affords deeper seatpost insertion. The revised rear end now features straighter, more traditional-looking stays, a welcome change from the chunky flex-stays of Gen-9. The front triangle has a couple of minor visual tweaks but is largely in line with the previous, with just a few things straightened out. There’s a notable addition of a UDH hanger, allowing for the use of the full- mount T-type SRAM 90 mechanical groupset.

The swinger link style suspension remains, but has a refined link and hardware. The shock is now simpler to remove, and the swing link itself is much less industrial-looking and more svelte than before. The front triangle has plenty of mounting options for accessories or bottle cages. A total of nine bolt holes, five down the downtube, two on the seat tube and two under the top tube just in front of the front shock mount. With a small frame bag fitted to the front of the triangle, I could drop the bottle cage right down toward the bottom bracket, allowing me to fit a 900ml bottle on the down tube with proper clearance to the bag.

Cabling gets a welcome reroute too—for some reason, the cables on the previous bike popped out of the seat tube, looped up, and went down the seatstays. I’m assuming this was done to engineer the flex-stay. The resulting gear issues due to the extra bends in the cable were a real headache. For Gen-10, the cables are now all tidily routed through fully piped internal routing, making cable swaps a cinch and gear issues are a thing of the past. Unfortunately, this new frame doesn’t allow for an internally routed rear lockout. There is a suggested route for an external routing, but its execution seems like a bit of an afterthought. Thankfully, there’s no cables through the headset faffery going on here.

I’ve had a good few months on a size medium Hei Hei and having ridden it on a good variety of terrain, both in its stock format and with a couple of tweaks, as well as fully loaded with gear through the Kahurangi 600km Bike Packing route, I feel like I’ve got a good handle on this versatile machine.

Whats the Kahurangi 600? Ride from Nelson, over Takaka hill via Rameka Track, through the Heaphy, down the coast, over the Old Ghost Road in the ‘hard’ direction, then through Murchison, across the top of Lake Rotoroa via some gravel roads, a stop at the Tapawera 4-Square and back to Nelson via the Great Taste Trail. Our crew of four split the loop into four big days, tackling it aboard bikes loaded with everything we’d need. Fortunately, we had beds along the way for our three nights, so, although loaded, we didn’t have to carry sleeping mats, bivvies, or tents; just a sleeping bag each did the trick. This trip shone a light on just how versatile the Hei Hei is; it is equally at home on these backcountry trails and gravel roads as it is on technical singletrack.

Geometry

Tweaks across the board bring the Hei Hei’s geometry more in line with current trends, getting slacker, longer, but interestingly not lower; I’ll get to that in a bit.

Reach measures in at 449mm, and stack measures 620mm (size medium). These numbers are larger than previous but still reasonably conservative for this category of bike. The higher stack and shorter reach both assist in the bike feeling nimble and playful. All frame sizes get a 435mm chainstay length.

A 66-degree head angle is on par with similar bikes and is steep enough to give a snappy, nimble ride but slack enough that when combined with the 130mm travel of the fork, it’s able to take on the steeps and maintain relative composure through rough stuff. The 76-degree seat tube angle isn’t entirely progressive, but it’s steep enough to put the rider in a decent position for all- around riding. Up front enough for climbing, but slack enough to give a bit more room through the top-tube / cockpit when trucking along the flat.

The Gen-10 Hei Hei bottom bracket sits on the higher side of the average in this trail category, even higher than the Gen-9, with a height of 344mm and a 31mm BB drop (distance below the wheel axles). I can only assume this is due to the bike’s heritage on the technical trails of the Pacific Northwest, where roots and rocks are prevalent.

The high BB provides extra clearance for pedalling and roll-overs, and also enhances the bike’s ability to feel playful. The slightly higher centre of gravity helps a rider change direction quickly, keeping handling and maneuverability snappy and helping to thread the needle through technical features.

The Hei Hei is a prime example of the way the geometry of a bike is all interconnected, and assumptions drawn from simply looking at any one number on a geometry chart can be completely wrong when viewed in isolation. A bike like this needs to be ridden without even looking at a geometry chart, such is the likelihood that a rider could decide it’s not for them before even riding it and entirely miss out on what it’s all about.

Suspension

The most glaring change in the component package from the Gen-9 is the swap from the lightweight suspension of the 120mm RockShox SID fork and SID Luxe shock to a more trail-friendly, but not significantly heavier, 130mm RockShox Pike Ultimate Charger 3.1 fork and a Deluxe shock. This change really opens up how aggressively the 120mm chassis can be ridden.

Drivetrain

Drivetrain is taken care of by the newly launched SRAM 90 T-type mechanical groupset. An excellent option for a do-it-all bike, and although it lacks the push-button prowess of the AXS wireless system, the shifting is remarkably light and almost as accurate. No complaints here, although after months of electronic shifting recently, I was reminded that more upkeep is needed with a cable-actuated system, especially after several rides in the rain.

The Motive Bronze level brakes are basic with minimal adjustment and no frills, but with 180mm rotors front and rear, there’s ample braking power for this type of bike. The stock organic pads got blitzed pretty quickly, so an upgrade to sintered pads will take performance up a notch. Interestingly, and in line with the shift away from the bike being purely XC-focused, Kona opted for a post-mount 180 mm brake mount, eliminating the option to run 160mm rotors, a great move in my book. However, this change further removes the bike from being aimed at purist XC use.

Wheels

The WTB i30 TSC wheelset is probably not one I’d reach for as an aftermarket option, but as a stock item, it does what it’s supposed to. Sure, it’s not particularly lightweight, it doesn’t have any performance advantage, but it does what it’s supposed to. The rims are decently wide with a 30mm internal width, pairing perfectly with the supplied Maxxis Dissector 2.4” tyres. The Dissector isn’t my favourite tyre, but it is a good balance of traction and rolling speed, although not exceptional in either department. In my mind, anything less aggressive would limit the bike too much, and anything much chunkier would hamper the overall speed and pedalability.

Dropper post

The TranzX Dropper +RAD dropper post has proven itself so far. Although there’s more play in the post than in many others, it hasn’t deteriorated over the test period. Unfortunately, the stock option on a medium has a measly 150mm of drop. With my 720mm seat height, a drop of up to 210mm would be ideal, and thanks to the straight seat tube, it should fit fine. The larger Hei Hei bikes do get longer drops, up to 200mm on the XL.

Cockpit

I’m not usually one to want to swap out brand-new parts, but the cockpit on the Hei Hei, or most of it, just didn’t work for me. Something seems off with the shape of the handlebar, and I couldn’t get comfortable with it. A bit more backsweep may have solved it. The grips are a total letdown; I removed them after a single ride. They’re simply too firm, and although they’re reasonably grippy, they’re not comfortable. The stem? Well, a stem is a stem is a stem, and this is a stem for sure. It stays put and does its job admirably.

The Ride

I’d like to think I was still an early 20s downhill wanna-be, cutting laps with the boys, jibbing trailside features, and hitting the dirt jumps at the end of a big day riding. Reality is that this isn’t happening nowadays, and my days lapping downhill tracks are pretty much done. Most of my riding is solo, squarely in the ‘trail’ zone, and I’ve hit one set of dirt jumps in the last five years. When I’m heading out for a ride these days, I want a bike that’s light and pedalable enough to cover a decent amount of ground, but stable and capable enough to ride almost anywhere I want.

The Hei Hei isn’t a super light XC whippet, but with a few spec tweaks, I reckon it could pivot to be an all-out race bike, particularly for technical single-track and marathon-type events. In its stock format, though, it’s up to the task, although it leans more towards a super fun trail assassin, a nice, nimble, middle ground between an all-out XC bike and a longer-legged, heavier enduro or trail bike.

Descending on the Hei Hei dished out no surprises. On lower-grade, smoother trails, it flat-out rips, and to my surprise, I scored some Strava PRs on sections on just my first outing on it. When the trail tips down and things get a bit spicy, the Hei Hei is a bit more of a handful but can still handle steeps and drops up to the level of its pilot; just a bit more finesse is required. I found that I really had to keep a lid on my excitement, or I’d rapidly run out of talent and travel.

Thanks to the refined pivot placement, the Hei Hei is now a more efficient pedaler, particularly when out of the saddle with the power down; the suspension really pulls the rear wheel into the ground, propelling you forwards. Seated climbing is decent, thanks to the relatively steep seat tube, which puts a rider in a comfortable position with just enough weight over the front of the bike. On technical trails with steps and crux moves up or over roots, the higher-than-average bottom bracket height comes in clutch. I was able to pedal through sections where, on other bikes, I had to be more mindful of where I was placing my cranks.

The new suspension kinematic feels good, with a progressive-to-linear leverage curve that provides a nice, supple and consistent feel throughout the travel. It feels more lively and bottomless than the previous bike, which was more difficult to get feeling ’just right’ than this tenth generation.

I reached for the lockout on longer, smoother climbs or gravel roads. Once locked out, the bike sits up nicely in its travel, helping to maintain an efficient posture for spinning up lengthy climbs.

Final thoughts

If I had to have just one bike, something along the lines of the Hei Hei would suit most of the riding I do, and probably many of those reading this as well. Trail ripping, marathon racing, after-work blasts and multiday backcountry missions, it’s up for anything.

The Hei Hei is a workhorse of a bike, with no electrics, no headset routed cables, and really no frills. It’s a simple platform that performs across a wide range of terrain. I’d be happy to take the bike on the largest of missions anywhere in the world.

This article is taken from:NZ Mountain Biker, Issue #118

Considering SubscribingPurchase Issue #118