The Best E-Mountain Bike of 2026: 30 eMTBs in Direct Comparison in Our Huge Group Test

What does a La Marzocco espresso machine have in common with an S-Works Levo? Or a Porsche 911 with a Yeti LTE? And a Le Creuset casserole with an Amflow? We’ve pulled off the most elaborate eMTB group test in our magazine’s history, pushing 30 bikes to their limits over three weeks, both in the lab and out on benchmark trails, and realised one thing: it’s still not enough.

In 2026, the eMTB market feels more charged with technology than ever. The category has taken huge leaps over recent years. Motors churn out more power, batteries have greater capacity at the same or even lower weight, suspension is more sensitive and more finely tuned, carbon layups are getting lighter without sacrificing stiffness, and the growing level of electronic integration brings some bikes closer to a smartphone than an e-mountain bike. At the same time, many bikes have become sleeker and more refined in their design. On paper, e-mountain bikes have rarely looked this impressive.

Contents

1. Our vision for the 2026 eMTB group test
2. Rider Experience First, Technology Second
3. What and how we tested in the 2026 e-mountain bike group test
4. Test reality: 3 weeks in Tremp, sweat and hard data
5. Insights I – Usability, Rideability & the dealer gap
6. Insights II – Technology, costs and the Avinox era
7. Insights III – Ownership, Community & Origin
8. Which is the best e-mountain bike of 2026? Individual verdicts on all 30 e-mountain bikes
9. AWARDS & Winners
10. Conclusion of our 2026 e-mountain bike group test

30 eMTBs tested head-to-head

26,000 vertical metres covered in the climbing test

4,500–15,000 € price range across the test field

Yet eMTB development has rarely moved faster, and speed and clarity are not the same thing. As brands double down on superlatives and position marginal updates as defining moments, the things that actually matter, composure, genuine differentiation and the rider experience, have a tendency to slip out of frame. We have not been immune to that pull. Which is why now feels like the right moment to take stock, and to be more deliberate about what earns a place on these pages.

Hype or reality? Why the best eMTB is no longer good enough

On paper, e-mountain bikes have never looked better than they do today. Motor systems have grown considerably more sophisticated, delivering greater power while enabling cleaner, more integrated frame designs. Battery capacity, meanwhile, has increased substantially without any corresponding growth in footprint. Suspension can be tuned with greater sensitivity, carbon layups are getting lighter and stiffer, and growing electronic integration is pushing some bikes closer to a smartphone than an e-mountain bike. From a technical standpoint, the progress is impressive.

Yet that progress has come at a cost. The market has drifted toward what can be measured, compared and marketed, often at the expense of what actually improves the ride. Brand competition plays out on spec sheets and in press releases, torque figures and battery capacities treated as proxies for quality. The unspoken rule: bigger is better, and more extreme is more credible.

More torque. More power. Less weight. More features. Figures like these are easy to work with. They fit neatly into headlines, launch claims and sales pitches. But they still tell you very little about whether a bike truly delivers on the trail.

Hardly any topic is shaping conversations between product managers, brands and the media in 2026 quite like Avinox. DJI’s own motor system has generated a pull in an astonishingly short time, drawing in the entire market. Almost every manufacturer worth their salt either already has an Avinox model in their portfolio or is about to launch one. For many, it almost feels as though you’re at a disadvantage without one. For brands, paradoxically, this seems to be narrowing the market: because the system has become a near-essential option for meeting current demand, differentiation through the motor is declining.

For consumers, however, this development opens up the market in a new way. Last year, the choice was still limited to a handful of bike models where the motor system alone was the key buying factor. Now, the growing variety of models shifts the focus back to the bike itself. Since many manufacturers now see the drive system as a given, it’s increasingly fading into the background as the sole selling point. Buyers can once again focus more closely on geometry, suspension and their intended use to find the overall package that suits them best. Despite this strong presence, however, the market is still a long way from becoming a monopoly. Alternatives remain available, and new motor systems with their own distinctive USPs are already on the horizon for next year, promising to diversify the competition even further.

One thing remains clear: the motor alone doesn’t make a good bike. Our test proved that too. On paper, Amflow get an awful lot right with their bikes, yet there are plenty of other bikes that deliver a stronger overall performance on the trail. What matters is how coherently a bike works as a whole: how it puts its power onto the trail, how accessible it makes its performance, how well integration, operation and handling work together, and how convincingly that package holds up over time. This is where the real differences emerge between good bikes and seriously impressive ones. And sometimes between expensive bikes and truly sensible ones.

SPOILER: depending on your expectations, riding style and intended use, other concepts and motor systems may be the better choice. What matters is not the name on the drive unit, but the character of the bike and how convincingly the overall package works in the end.

Our vision for the 2026 eMTB group test

As a magazine, we are inevitably part of this system. For years, consumers have been bombarded with performance figures. In headlines, videos and newsletters. The result is a distorted view of quality and of what really matters. Manufacturers advertise with them, influencers and media talk about them: isolated figures and individual components. What often gets overlooked is the bigger picture, including everything that happens before and after the purchase, from service to the overall experience.

The irony? Many manufacturers don’t actually want this arms race, Bosch and other motor manufacturers first and foremost. And yet they follow suit, pushing power and torque through software. There is uncertainty among bike brands too. They feel at the mercy of component trends and, in doing so, weaken their own brand. Our most recent Think Tank in Brixen resulted in the Brixen Papers. Across 11 uncomfortably honest papers, we reveal what no longer works in the bike industry and what is no longer acceptable.

E-MTB Award Night in Leonberg – a turning point for the bike world

April 2026. We’re back at the Staud Studios, the place where the industry traditionally comes together. Beneath silky covers, they were already waiting: the winning bikes from the big 2026 group test. But as impressive as the bikes looked under the spotlights, the focus this year was on bigger questions.

Alongside the presentation of the group test winners, the 41 Leadership Summit took place. Between spotlights and carbon frames, it quickly became clear that the bike world is facing far deeper issues than the next newton metre update. Discussions were intense, assumptions were challenged and new ideas emerged. And the first steps towards a new direction were already being taken.

For a deeper look into the summit’s debates and key outcomes, check out the full report in this issue.

And yes, as a magazine, we could simply say: job done. But preaching without acting has never been an option for us. That’s why we are changing what lies within our control: how we test products, how we evaluate them and where we focus our attention.

New rules: why we are changing how we rate eMTBs

The logic behind it? Group tests do more than crown winners. Their criteria define what the market considers relevant. Brands use them to decide how and which products they develop; dealers draw on them for sales conversations; customers use them to frame their buying decisions. Tests influence product development. Reward the wrong superlatives and the industry ends up building past the needs of riders. Neglect the qualities that matter out on the trail and manufacturers will eventually stop caring about them too. That is why we have fundamentally revised our evaluation criteria for 2026. Three new quality benchmarks take centre stage:

01 Ride quality & rideability How good does the bike really feel on the trail? Does it make you faster, safer and more confident, whether you are a beginner or an advanced rider? And above all: how easy is it to access that potential?

02 Product & system quality We look at the full picture. From the frame and suspension to the motor control and cockpit details: does the bike work as a well thought-out system, or does it get lost in compromises?

03 Ownership & user experience What is it like to own this bike, not just during the first weekend, but after several months and plenty of kilometres? Does it make everyday life easier, and is it simple to maintain?

OUR BENCHMARK: A test winner isn’t defined by extreme specifications. It’s the bike that performs best as a complete system: on the trail, in the workshop and throughout the entire ownership period.

Rider experience first, technology follows

Why does all of this even exist? Adjustable head or seat angles. Tweaks to bottom bracket height, chainstay length, rear suspension progression. Why this collective drive for ever more adjustability, ever more individuality, ever more features?

No question, tailoring a bike as closely as possible to your needs and preferences is both useful and valuable. But the market is saturated. Every brand is fighting for the same attention, the same dealers, the same customers. And because genuine technological progress is hard to communicate, artificial USPs emerge. Solutions to problems most riders never had. Features that primarily serve one purpose: giving retailers new selling points.

More features push prices up, but they don’t make the sport more accessible. They increase complexity, but not satisfaction. And because the industry has grown used to this cycle, every new model generation is more packed with features, regardless of whether anyone actually needs them.

The paradox is this: there are real pain points in everyday eMTB use. Areas where the industry could (and should!) deliver huge added value with relatively little effort. Yet these areas rarely get addressed because they’re hard to market. A bike that simply works, quietly and discretely, that can be set up intuitively and still performs like new after two years doesn’t sound like a revolution. But, if we are honest, that’s exactly what most riders want.

E-Mountainbike test 2026 – how we expanded our group test

• Dedicated beginner test sessions on the trails for the first time
• Climbing performance and system efficiency measured under standardised conditions
• Manufacturer survey on value creation, service and warranty
• Reader survey on real-world service experiences
• Centre of gravity and weight analysis using precision scales
• Quantified traction and uphill performance testing

The questions we answer in our 2026 e-mountain bike group test

• Have modern eMTBs become too expensive, and who actually benefits?
• Is 1,500 watts really the future, and how much of that is usable on the trail?
• Which bike impresses not only in the lab, but also after 1,000 kilometres of real-world riding?
• Is € 6,000 still enough for a good eMTB today?
• And most importantly: which is the best eMTB of 2026?

Welcome to the biggest group test of the year, featuring trail testing, lab analysis, service checks and clear buying advice for every type of rider.

What and how we tested in the 2026 e-mountain bike group test

Our test field is deliberately broad. From lightweight, efficient eMTBs with compact batteries to full-power heavy hitters with maximum torque and output, from attractively priced aluminium bikes to five-figure high-end concepts. This range is crucial, because it is the only way to answer the key questions behind this test.

Of course, you cannot directly compare a 17.5 kg bike with a 400 Wh battery to a 26 kg full-power eMTB if you only look at isolated figures. That’s exactly why we don’t rate spec sheets. We assess intended use and overall concepts. What matters is not whether every bike excels in every discipline, but how convincingly it delivers on its own idea and which type of rider it makes sense for.

A lightweight eMTB doesn’t have to be the most effective shuttle replacement. A full-power bike isn’t necessarily the most fun on the descents. And the most expensive bike isn’t necessarily the best. Our comparison shows where each concept shines, where compromises are made and, ultimately, which bike is the right choice for which rider.

Brand	Model	Motor System	Battery capacity (manufacturer, Wh)	Weight (kg)	Price
Abums*	Model One	MAHLE M40	800	23,8	€11.900
AMFLOW	PX Carbon Pro	Avinox M2S	700	21,4	€9.999
AMFLOW	PR Carbon Pro	Avinox M2S	800	24,2	€5.899
AMFLOW	PR Carbon	Avinox M2	800	23,5	€4.499
Aventon	Current EXP	Aventon Ultro X	800	24,0	€5.499
Atherton	S.170E	Avinox M2S	700	24,0	€8.549
Centurion	No Pogo R7000	Bosch Performance Line CX	800	24,3	€8.799
FOCUS*	JAM² NEXT	Bosch Performance Line CX	600	23,8	Not For Sale
FOCUS*	JAM² 6.9	Bosch Performance Line CX	600	25,5	€6.699
Giant*	Reign Advanced E+ 1	GIANT SyncDrive Pro3	560	23,4	€7.999
Haibike	AllMtn CF 11 TRN/IQ 2025	Pinion MGU E1.12	800	24,3	€9.000
Haibike*	HYBE CF 11 MY 2026	Bosch Performance Line CX-R	800	23,9	€11.000
Instinctiv*	Ocelot 135	maxon AIR DRIVE S	400	20,6	€10.835
MEGAMO	Reason CRB 01	Avinox M2 S	800	22,0	€10.999
Norco*	Range VLT CX C1	Bosch Performance Line CX	800	22,7	€9.900
Pivot*	Shuttle LT	Bosch Performance Line CX-R	800	24,1	€14.999
Propain*	Sresh SL	TQ HPR 60	580	20,6	€10.499
Orbea*	Rise LT M-Team	Shimano EP801	630	20,3	€10.189
ROTWILD*	R.EX ULTRA	DJI Avinox M1	864	22,1	€12.490
ROSE*	SLAB PLUS	Bosch Performance Line CX-R	800	22,4	€6.900
Santa Cruz	Vala AL 70	Bosch Performance Line CX	600	24,1	€6.299
Santa Cruz*	Bullit XO AXS RSV	Bosch Performance Line CX	600	22,2	€11.699
Sants*	e SF 4.0	MAHLE M40	800	24,5	€7.985
Specialized	Levo R	S-Works 3.1	840	21,5	€13.999
Specialized	Turbo Levo 4 Comp Alloy	S-Works 3.1	840	26,1	€6.999
Specialized	S-Works Turbo Levo 4	S-Works 3.1	840	23,7	€14.499
SIMPLON*	Rapcon :eCX	Bosch Performance Line CX	800	24,4	€9.779
Yeti	LTE T4	Bosch Performance Line CX	800	23,8	€14.499
Thömus	Lightrider E_MAX	maxon AIR DRIVE S	400	17,5	€12.450
███████████**	███████████	Bosch Performance Line CX	800	25,1	not specified

*No separate review is available for this bike. However, you will find our verdict in the overview at the end of this article.
**This bike had not yet been officially launched as of 14/05/2026 and is therefore not included in this issue.

Test reality: three weeks of dust, sweat and hard data

Why Tremp in Catalonia is the perfect testing ground for our 2026 e-mountain bike group test

Out of office, yet working flat out. That is the best way to describe our routine, and January 2026 was no exception: three weeks in the field, testing as we always do. This time, our test camp took us to Tremp, a small town in the heart of the Catalan Pre-Pyrenees, around two hours east of Barcelona, surrounded by deep blue reservoirs, red clay soil and a backdrop of snow-capped peaks. Still largely under the radar of the international bike scene, this place offers everything you need to push an eMTB to its limits.

The trail network around Tremp is the work of the local non-profit association Lo Podall, who have built something truly impressive. Flow trails with sculpted berms through red clay, fast high-speed sections over rock slabs, exposed ridgelines and technical climbing sections. For a comprehensive group test featuring the 30 hottest eMTBs of 2026, there are few better locations.

Off the bike, small cafés serving espresso as strong as the local passion for riding, along with tapas bars that revived us after ten-hour days in the saddle, kept us going. It is this blend of Catalan warmth and the raw, unfiltered landscape of the Pyrenees that made Tremp the perfect base for our 2026 group test.

Hotel Segle XX in Tremp served as base camp for three weeks of structured testing. Thirty bikes, a full rotation of riders and terrain, and a methodical approach to both: beginners on mellow trails, experts on brutal technical sections, climbing tests with constant power measurement, traction tests on steep rock faces. What you are about to read is the distilled result of trail experience, controlled testing and many long discussions within the team.

Out of office, yet working flat out. Meet our test crew

A test of this scale is never about a single opinion. It is about a team, each bringing a very different perspective. That is entirely intentional. A bike that thrills one rider on brutal technical terrain also has to win over someone who has no interest in racing.

High-end power vs beginner skills: the beginner session in our 2026 eMTB group test

Three testers, four bikes and one key question: do you have to be a pro to handle a no-compromise e-mountain bike? Susanne, Manne and Erik got in the saddle for us, testing the Atherton S.170E, Santa Cruz Vala 70 AL, Yeti LTE T4 and Aventon Current EXP from a completely different perspective. There was a genuine concern that brutal motor power might overwhelm less experienced riders. The results told a very different story.

The Atherton left the strongest impression across the board, consistently described as extremely powerful yet always controllable. It delivered the perfect balance of emotion and control. Despite output figures of up to 1,500 watts, none of the testers ever felt like the bike would run away with them. Instead, it was described as feeling as if it were on rails, putting big smiles on all our faces.

The Yeti was also seen as a high-quality and dependable powerhouse, though its bulky downtube and massive FOX Podium fork made it feel like a bit too much bike. The Aventon impressed with comfort, smooth handling and powerful brakes, although its motor response felt comparatively sluggish next to Bosch systems. The Santa Cruz Vala, on the other hand, came across as the most understated bike in the group, in the best possible way. It immediately inspired confidence and was described as a solid, reliable companion for long days in the saddle.

The conclusion is hard to argue with: even ostensibly uncompromising high-end models can feel controlled and secure in the right hands, thanks to well-managed power delivery and inherent stability. Among them, the Atherton S.170E struck the most convincing balance between outright performance and approachable handling. Yet technology only tells part of the story. A bike’s physical presence, its proportions, its weight, the sheer visual statement it makes, can produce wildly different reactions. What builds confidence in one rider can unsettle another. Emotional accessibility, it turns out, is shaped less by peak motor output than by what a bike looks and feels like standing next to it.

What we tested in our 2026 e-mountain bike group test

• Rideability for beginners and experts
  All 30 bikes were tested back-to-back in Tremp, on the same trails, by both experienced riders and newbies. It was not just about sheer performance, but also about control and fun. How intuitive is the bike to ride? How precisely can you modulate the motor power?

• Weight isn’t everything, centre of gravity matters
  The bikes in this test ranged from 17.5 kg to 26.1 kg, a difference of almost nine kilograms between the lightest and heaviest models. If you think that translates directly to how they ride, you would often be wrong. Weight is not just weight. A kilogram low in the frame, close to the bottom bracket, feels very different from the same kilogram positioned high up. That is why we weighed every bike twice using precision scales and carried out a centre of gravity analysis. A detailed deep dive will follow in the coming weeks.

• Climbing performance and system efficiency
  Battery capacity in watt-hours alone doesn’t determine how far a bike will get you. Other factors play a crucial role: motor efficiency, tire choice, geometry, setup and battery management. We carried out climbing tests under standardised conditions. The result: system efficiency ranged from 32 to over 40 percent, with elevation gains between 1,067 and 1,912 metres. This represents nearly a twofold increase from the lowest to the highest value measured. Tires often had a bigger impact on range than the motor itself.

• Traction and uphill performance
  More motor power doesn’t necessarily mean more traction. An overly aggressive motor character is more likely to cause wheelspin than controlled drive. Poor rear-end behaviour can turn technical climbs into a lottery. That’s why we needed to quantify uphill performance: starts on steep rock, traction analysis on defined sections, motor behaviour at low cadences, power dips, acceleration characteristics and jerkiness. All backed up by timed runs to objectify what we felt on the trail. A dedicated deep dive article will cover this in more detail.

• Survey and manufacturer insights
  A good eMTB has to deliver not just on the trail, but after the purchase too. That’s why we asked manufacturers directly about service, warranty, availability of spare parts, origin and value creation. Where are frames produced? Where are bikes assembled? How transparent are supply chains? What happens in the event of a warranty claim? We also analysed the results of our reader and service surveys to show what service and support really look like in the real world.

Insights I: usability, rideability and the dealer gap

Why real needs are often overlooked: the customer vs the market

The market and the customer aren’t the same thing. It sounds obvious, yet the implications are often lost in translation in the bike industry. The customer isn’t an abstract target group. It’s the person standing in the trailhead car park at 9 am on a Saturday, simply wanting to ride. The market, on the other hand, is the system that shapes what that rider believes is desirable: brand communication, dealer sales pitches, tests, social media, race teams and trade shows.

If I had asked people what they wanted, they would have said faster horses.
-HENRY FORD

People didn’t want faster horses, they wanted to get somewhere quicker. That distinction changed everything.
We tend to express our wishes within the limits of what we already know. Real product development has to go deeper. It means observing instead of just asking, understanding how products are actually used instead of simply collecting answers, and having the courage to follow innovation through to the end.

Customers rarely articulate their own needs with precision. Not because they lack the ability, but because desire is shaped almost entirely by what we already know and what the market has taught us to want. More power. Less weight. Better spec. The faster horse.

The job of manufacturers is not simply to build better products, but to enable better use. That means higher quality, greater durability and more intuitive setup, so riders can actually unlock the full potential of their bike.

99.9% of eMTB buyers are not pros

Step into a well-stocked bike shop and look at the images on the walls. Whips over doubles. Flat drops at sunset. Perfect tabletops on World Cup tracks. Pros doing things that 99% of potential buyers neither have the skill, the terrain nor the desire to replicate. The same logic applies to advertising in magazines, on Instagram and on manufacturers’ product pages. Everything is staged as if every buyer were a future enduro pro waiting for their first World Cup start.

And fundamentally, there’s nothing wrong with that. Racing, speed and pushing limits are part of what makes mountain biking so fascinating. Unlike cars, the line between production bikes and pro-level machines is fluid. Bikes like the Specialized Demo or Orbea Wild are sold to the public and raced tracks at the highest level. This proximity to professional sport makes mountain bikes emotional, desirable and credible.

It only becomes a problem when that pro level turns into the only benchmark. Our big reader survey made this very clear: most eMTB buyers ride singletrack, want fun, an intuitive feel and a bike that simply works. The vast majority will never get close to the limits many high-end bikes are designed and marketed for.

Aspiration isn’t the issue. The problem starts when inspiration becomes the wrong benchmark. Not every eMTB has to feel like it is ready to win a race. Many riders do not need a bike for the absolute limit. They need one that builds confidence, inspires trust and works out on the trail.

The performance gap in our 2026 e-mountain bike group test: usability and rideability

So let’s get back to the original question: what do a La Marzocco espresso machine, a Porsche 911 and a Le Creuset casserole have in common with the bikes in our eMTB group test? More than you might think.

They are all premium products. Expensive, desirable and beautifully made. But their value does not come from technical capability alone. A La Marzocco can make outstanding espresso, but only if you know how to balance grind size, pressure, temperature and timing, starting with the grinder. Many real-world buyers cannot drive a sports car the way it’s meant to be driven. That’s why education and driver training matter, along with supportive technologies where they make sense, such as a wet mode that makes a powerful car like the Porsche 911 far more manageable in tricky, slippery conditions. And the Le Creuset? It can cook anything a cheap pot can, but only if you know how to use it.

We now have bikes that are more capable than ever. But the key question is not how much a bike can do in theory. It is how much of that potential you can actually use. And how much the brand helps you unlock it, rather than leaving it to chance at the dealership.

An eMTB is not defined by its theoretical performance ceiling. It is defined by how much of that performance is actually accessible. Whether it builds confidence rather than overwhelming you. Whether it makes experts faster while helping beginners ride more safely, more comfortably and with more enjoyment. Accessibility is part of performance. Perhaps the most important part.

Performance, properly understood, is not what a bike, its suspension or its components can deliver under controlled conditions. It is how much of that capability translates to the trail. We do not want less capable bikes. We want accessible performance.

This distinction runs through the entire test field. There are bikes here that look stronger, lighter or more advanced on paper, yet deliver less on the trail than others that make their performance easier to access, respond more intuitively and give you greater confidence.

Help the rider: how easy is it to unlock a bike’s performance?

We are living in the best-equipped yet least technically skilled generation in the history of outdoor sports. Never before have so many people had access to such high-quality equipment. And never has the gap been wider between what that equipment is capable of and what its owners actually make of it.

Many riders buy the bike, the gear, the dream and never truly use what these products were built for. That is not a criticism. If you buy a € 10,000 bike but never set up the suspension properly, you’re effectively riding a worse bike than someone on a 5k bike with a perfect setup. Most eMTB riders don’t want to adapt to race-specific handling or earn a degree in suspension setup. They want one thing above all: to ride.

Setup reality: sore fingers and wasted performance

Features get invented and added that might be used once and then never again. They mainly add complexity and drive up prices. We discuss damping progression settings and flip-chip options in specialist media, yet often fail to ensure that a proper baseline setup is done at the dealer when the bike is handed over. That’s the real issue. Need examples?

NEGATIVE EXAMPLES FROM THE TEST Poorly accessible suspension adjusters: If compression or rebound dials are buried deep inside the frame, even small adjustments turn into finger acrobatics, leaving you with sore hands after just a few clicks. Missing torque specifications on the bike: Especially around the rear linkage, “tight comes before snapped” quickly turns into expensive damage. Flimsy charging port solutions: Fiddly covers or poorly protected ports are frustrating in daily use and prone to failure in dirt, cold or frequent use. Loud cable or battery rattling straight out of the box: A premium eMTB should not sound like a toolbox bouncing over cobbles. Noise destroys confidence.

POSITIVE EXAMPLES FROM THE TEST Setup guides directly on the bike: Sag indicators, QR codes, setup charts or clear baseline values remove a major barrier right from the start. Clearly defined clicks on suspension adjusters: RockShox show how helpful tactile feedback and clear indexing can be, especially for riders without setup experience. Strong online documentation: Exploded diagrams, torque specs, spare part numbers and step-by-step guides help not just dealers, but riders too. Modular dropper posts: Lots of travel is only useful if it fits the rider. Some posts allow you to reduce maximum travel with spacers, for example from 240 to 220 mm. That way, taller riders get full freedom of movement while smaller riders can still drop the saddle low enough.

Even small details matter. Torque values on linkage and pivot bolts mean home mechanics don’t have to look for manuals or risk snapping bolts. A shock that’s mounted in an accessible position means you can actually adjust it with your own tools. And a dealer selling a € 9,000 bike should know how to set it up properly for you and be paid for doing so.

The dealer gap: between product promise and real-world experience

The hard data from our survey of 354 buyers paints a sobering picture. For more than half of them (54%), no individual setup was carried out at handover. The issue often starts during the sales process itself, as nearly half of respondents (47%) weren’t even offered a professional setup. If you spend € 8,000 or more and leave the shop with incorrect sag or poorly adjusted controls, you are riding a completely different and inferior bike to the one you read about in the review.

Even when dealers do step in, it usually stops at the basics – like saddle position (39%), or sag (42%). Rebound, which is critical for trail control and can make the difference between staying rubber side down or crashing, was ignored in almost 69% of handovers. More complex suspension parameters like compression damping were left untouched and unmentioned in around 80% of cases. At the same time, there’s a significant information gap: over 55% of buyers received no proactive explanation about technology, maintenance or warranty, rising to 66% in Germany.

These figures support our conclusion. The difference between a well-set-up and a poorly set-up bike has a greater impact than the technical gap between two model years. Since many dealers earn little to nothing from setup and often see it as an inconvenient free extra, a fundamental rethink is needed. Perhaps even a new business model focused on better knowledge transfer and a more valuable buying experience. Spending € 100 to € 200 on a proper professional setup isn’t an added cost. It’s a worthwhile investment to unlock the full potential and safety of a modern eMTB. The bike industry sells premium products, but according to our survey, the purchase experience often feels anything but.

Insights II: technology, cost and the Avinox era

How can manufacturers stand out in the age of Avinox?

The pattern is familiar. When the Bosch Performance Line CX took off, bikes started to look increasingly alike: same motor, similar batteries, comparable designs and geometries. Some brands still carved out distinction. Now, with Avinox, the trend is compressing further. Many manufacturers are switching fast, which market pressure makes entirely understandable. Some are shortening development cycles to stay ahead. Others are taking the time the process demands, at the cost of not being first. But that is exactly where the opportunity lies.

As hardware becomes more alike, differentiation shifts elsewhere. Service, brand culture, community. And above all, a genuine understanding of your target audience. The question is no longer just what’s inside the bike, but what the brand stands for and who the bike is built for. Manufacturers that position themselves clearly here will come out on top, not despite the technical convergence, but because of it. It takes courage: a clear identity, deliberate decisions and, in some cases, longer development cycles. But that is precisely how interchangeable products become distinctive again.

Help the rider More skills, better setups, unique experiences beyond the product. That is a strategy for differentiation that works long term, because it cannot be copied. Any brand can spec the same motor. Building a genuine relationship with riders is a different story.

Do modern eMTBs really need to be this expensive?

A look at our test field gives a fairly clear answer. eMTBs have become significantly more expensive over recent years, and there are certainly valid reasons for that. High-quality components from established suppliers such as SRAM, Shimano or FOX, complex frame constructions, an ever-growing list of features, sophisticated drive systems and a wide range of sizes all push costs upwards. Unlike the motorcycle industry, where platforms and volumes are more standardised, the bike industry often has a low level of vertical integration. Many individual components come from different suppliers, each adding their own margin.

And that’s exactly what we see in this test field: 30 bikes, 30 different approaches, from stripped-back lightweight concepts to fully loaded high-end machines with maximum integration. The prices reflect this diversity, but not always the real value on the trail. Because our test also shows this clearly: a higher price does not automatically mean better performance, more fun or a superior overall concept. Some bikes impress with well thought-out, cohesive builds, while others fail to translate their expensive components into real trail performance. At the same time, almost every model in this test is available in more affordable versions, which often hit the smarter sweet spot between price, performance and everyday usability.

The key question, then, isn’t just why eMTBs have become so expensive. It’s which investment actually pays off for which type of rider.

The art of “blender specs”

On the shop floor, everything glitters in gold, promising pro-vibes and World Cup performance. But look closely and you’ll often find a carefully assembled illusion: a few visible high-end components paired with more basic parts in areas most customers are less likely to notice. We call this “blender specs”:

Shimano XTR rear derailleur with a basic shifter The spec sheet proudly says XTR. On the bike, however, it’s often just the rear derailleur rather than the full drivetrain. Pair it with a cheaper shifter and you lose features like multi-release or that crisp, precise feel of the premium model. It saves manufacturers money, yet still sounds like top-tier spec.

FOX Factory look with a basic damper cartridge Kashima coating looks premium and screams high-end performance. But what really matters is the damper inside. A gold finish does not magically turn a simpler GRIP cartridge into GRIPX or GRIPX2 performance.

SRAM X0 derailleur with a GX cassette Mixing and matching is common here too. An X0 Transmission derailleur looks impressive on paper, but paired with a GX cassette, the premium element is mostly where you can see it. Functionally, GX works well, but it is not a full X0 setup and tends to be heavier with reduced durability.

There’s also a structural factor at play in the bike industry. Many suppliers are well known to the public. Names like SRAM, FOX, RockShox, Shimano, Bosch or Avinox build trust. That is not a bad thing. High-quality components matter. The problem arises when they overshadow the identity of the bike itself. At that point, brands are no longer selling a cohesive concept, but a list of ingredients: Factory, XX, XTR, Avinox. Customers recognise these labels and associate them with premium quality, even though the real differences often lie deeper in the details such as the damper cartridge, cassette, shifter, brake rotors or tire casing.

This is where the ingredient marketing trap appears. Components add performance value, but they don’t replace brand identity. If a bike costs more simply because it features more visible high-end parts, without improvements in frame design, handling, service, durability or ownership experience, the premium becomes hard to justify. Expensive ingredients don’t automatically make a great dish, and a high-end spec sheet doesn’t necessarily translate into a great eMTB.

Are we buying performance or status?

Many bikes in the top price brackets offer trail performance that isn’t dramatically different from bikes costing 20 to 30% less. What sets them apart is often aesthetics, brand image and materials. This is not a criticism of riders who choose premium bikes. Status and design are perfectly valid reasons to buy. But it should be a conscious decision, not an automatic one. Prestige is not a measure of quality, and a high price is not a synonym for performance.

Built to last: what actually broke in our 2026 e-mountain bike group test?

A group test spanning months and thousands of kilometres will inevitably uncover weaknesses. We documented everything. No exaggeration, but no sugar-coating either. The list is long:

• 5 out of 22 SRAM T-Type chains snapped during testing (the test field included 22 SRAM, 7 Shimano and 1 Pinion drivetrain)
• On 9 out of 12 bikes (75%), SRAM Maven front brakes needed bleeding to function properly
• 4 broken SRAM derailleur cages (Yeti, Pivot, S-Works, MEGAMO)
• 2 SRAM XX cassettes with broken teeth (1 with Bosch CX, 1 with Avinox M2S)
• 2 broken charging port covers
• 1 non-functioning AXS Reverb dropper post
• 1 broken motor cover
• 1 snapped frame bolt despite only being tightened by hand on the trail
• 1 melted cable connector
• 1 lost battery cover
• 2 broken Amflow carbon wheels & 2 punctures
• Headset cover rubbing and creaking noises on the FOCUS JAM² and JAM² NEXT

10 bikes with rattling cables 3 Amflow, 2 FOCUS, MEGAMO, Norco, Orbea, SIMPLON, Thömus	7 bikes with dull battery noise inside the down tube
5 bikes with motor rattle Aventon, Abums, Orbea, ROTWILD, Sants	6 out of 6 Shimano rear derailleurs rattling

The industry’s quality standard If a television or a car behaved the way some bikes in this test did, you would return it straight away. In the bike industry, it’s often accepted. Customers have grown used to bleeding brakes, securing cables and retightening bolts as if it were normal.

We have covered a lot around service, ownership and performance, but there is more. In 2026, we once again dug deep into the data and carried out extensive range and climbing tests under real-world conditions. Because in the end, it is not about manufacturer claims or lab figures, but what actually happens on the trail.

And yes, this is where the data geeks get their fix. As in previous years, we went all in to generate reliable real-world numbers. For our tester JP, that mainly meant one thing: suffering. He drained 16 bikes on uphill runs, clocking up 26,000 vertical metres in around 16 hours of pure climbing time. In the process, he drew over 12 kWh from the batteries and contributed an impressive 2.37 kWh of his own effort. Total energy expenditure? A hefty 12,601 kcal, all of which definitely needed replacing in the evening.

Real-world range test: which bike uses its energy most efficiently?

Overall system efficiency shows how effectively an eMTB converts the energy drawn from its battery into vertical metres. It is a metric that allows you to compare the efficiency of e-mountain bikes independently of their battery capacity. A bigger battery will inevitably deliver more range, but it does not reveal how much energy the system loses through drivetrain inefficiencies, rolling resistance or a suboptimal setup.

To ensure fair comparison, climbing tests were standardised as usual. JP held a constant rider input of 150 W at 75 rpm using power meter pedals, across an identical course of 4.55 km with 348 m of elevation gain and an average gradient of 7.7%. All bikes were ridden in their highest support mode. Bikes equipped with Bosch CX or CX-R motors were tested at the previously maximum adjustable settings of 100 Nm and 400% support, as the updated figures of 120 Nm and 600% were not yet available at the time of testing.

For the efficiency calculation, we did not use the manufacturer’s nominal battery capacity. We used the actual energy drawn from the wall socket during a full charge from 0 to 100% state of charge. That means the efficiency figure captures drivetrain losses, riding resistance and charging losses in a single number. A strong result points to an eMTB that performs efficiently across all three; a poor one suggests the reverse. The test cannot cleanly separate those variables, but it mirrors the real-world experience of the rider with precision.

Despite low temperatures in January, the bikes in this test achieved between 1,067 and 1,912 metres of elevation gain on a single charge. The calculated overall efficiency ranged from 29 to a maximum of 41%. The best result was achieved by the Sants eSF 4.0, followed by the Aventon Current EXP and the Thömus Lightrider E_MAX. All three bikes deliver particularly high climbing performance relative to the energy consumed. Notably, all three come with tires with low rolling resistance, a factor that’s often underestimated in the eMTB segment but has a measurable impact on both range and average speed. For more information on tire rolling resistance, check out the comprehensive tire group test from our sister magazine ENDURO. A deeper dive into climbing performance, range and efficiency is available in our dedicated analysis.

Tire choice has a measurable impact on efficiency, and nowhere is this clearer than in the comparison between the Specialized Turbo Levo R and the Specialized S-Works Turbo Levo 4. Same battery, same motor system, markedly different efficiency rankings. The Levo R sits near the top of the test field; the S-Works Levo sits considerably further back. The primary variable is the tire. The S-Works Levo runs Specialized Butcher tires front and rear on a soft T9 compound; the Levo R uses faster-rolling Purgatory tires with a harder T7 on the rear. On climbs, where load concentrates on the rear wheel, the difference is tangible. The Levo R returned 114 additional metres of elevation gain at an average speed 0.5 km/h higher.

At the bottom of the test field sits the Propain Sresh SL, followed by the Giant Reign E+ and the Haibike ALLMTN. These bikes required significantly more energy from the wall socket for the same climbing output, resulting in lower overall efficiency.

Insights III: ownership, community and origin

Everyday eMTB use and safety: what no advert tells you

An eMTB is not a race machine that gets used once a week for two hours. For many riders, it is the most expensive piece of sports equipment they have ever owned, and it needs to work. Every day. In the dark. In the rain. On the commute. And if it gets stolen, it should make itself known.

!	L	M
Theft protection There are big differences across the test field. Systems such as Bosch’s eBike Lock and alarm functions provide solid digital protection, while solutions like the Avinox system add a loud acoustic alarm that actively draws attention and is noticeably louder than Aventon’s.	Lighting and everyday usability Lights are not a must-have feature on every eMTB, but for many riders they add real value. If you use your bike not just on the trail but also in daily life or at dusk, integrated solutions make a huge difference. Pre-routed cables, clean integration and factory-fitted lights, as seen on Centurion, Thömus or Amflow, show that trail performance and everyday usability can go hand in hand.	Modularity and service Features like trailer approval or well-protected bearing areas aren’t glamorous, but they are genuinely useful in everyday riding when executed sensibly. Add to that easily accessible charging ports, tidy cable routing and straightforward access for servicing and maintenance. Software can also make sense when it solves real problems, such as stable ride tracking without dropouts, crash detection with emergency contacts or clear service reminders.

eMTB community and brand ecosystem: how brands build real connections

A good eMTB does not stop being good at the shop counter. In many ways, that’s where it begins. Buying a bike is not simply a transaction for a motor, battery, suspension and frame. It is buying access to experiences, trails, progression and community, and at best, a brand that supports you along the way.

This is where the bike industry has a huge opportunity. eMTBs are complex, emotional products that require explanation. If a brand simply sells the bike and leaves you on your own afterwards, it wastes enormous potential. But if it builds knowledge, supports setup, encourages skills development, creates community and enables real experiences, it turns a product into a relationship.

The problem arises when technology is sold without building understanding. When a transaction is completed instead of a journey beginning. This is where strong brands can stand out, not just through the best bike, but through the best overall experience.

Is the brand fuelling culture or just selling bikes? The difference is huge. A brand that fuels culture creates riders who improve, ride more and stay loyal for longer. A brand that only sells bikes needs a new model every two years to bring the same customers back.

There are already examples showing how this can work, from small boutique brands to global players.

The Yeti Gathering in Colorado brings the community together year after year, built on belonging rather than product showcase. Events at Dyfi Bike Park around Atherton demonstrate how powerful a brand becomes when it connects its identity to a physical place. Thömus take a similar approach with their Bike Worlds and the Swiss Bike Park, shifting the focus from product to experience. Nicolai, meanwhile, open up their workshop, offering insight into how their bikes are made and creating a sense of connection that goes beyond the product.

This approach isn’t limited to niche brands. Rapha have shown with their Clubhouses that even global brands can create physical spaces where community, brand, product and experience come together. Flagship stores of major bike brands could play a similar role, if they were more than just retail spaces and instead became hubs for advice, setup onboarding, skills camps, workshops and community.

Even classic formats like ride-outs or community rides, as seen with Rocky Mountain, FOCUS and others, highlight the same idea: it’s not just about selling bikes, it’s about bringing people together.

All these examples share one core belief: the product is the gateway to an experience.

Our vision for bike and brand development

We need to be honest: the product itself is only a small part of what fuels our passion. In recent years, the industry has focused almost exclusively on selling hardware, specs and raw ride performance. But anyone who wants to succeed in the future needs to do more than build bikes. They need to support the entire journey.

Riding a bike is just a fraction of the experience. Winning in the future means owning the entire journey and helping riders unlock their full potential.

It may sound like a slogan, but it describes what the best brands are already doing and what the rest of the industry still needs to learn. Inspiration. Purchase. Enablement. Riding. Belonging. Support. Progression. That is the journey that matters. And most of it has little to do with the bike itself.

The cost of ownership: what an eMTB really costs

The purchase price is one thing. The total cost over the bike’s lifetime is another. For every bike in this test, we calculated a realistic service basket after 1,000 kilometres, including suspension servicing, drivetrain wear parts such as chain, cassette and chainring, tires and brake pads, all based on recommended retail prices using original parts.

The result: between €684 and €1,466 for the first major service interval alone. The most affordable service costs belong to the FOCUS JAM² 6.9, where Shimano Deore wear parts are relatively inexpensive and widely available. The highest sit with the Yeti LTE T4, where SRAM XX components, premium cassette and chain, add up quickly. Switching to GX equivalents saves a considerable €515, with barely noticeable differences in performance beyond weight and durability.

A special case is the Haibike AllMtn with Pinion MGU gearbox motor. The oil change kit costs only around € 30, and the gearbox itself shows minimal wear. However, the Gates carbon belt and the specific chainring are expensive, which offsets some of the service advantage.

Interestingly, Avinox feature a practical function on both the M1 and the new M2(S) systems. When shifting under load, the motor briefly reduces power output to ease stress on the chain despite the high torque. It is a smart approach that can extend drivetrain lifespan.

Service and reality: what happens after the purchase

Buying the bike is just the beginning. The real relationship between rider, bike and brand only becomes clear afterwards, during the first service, at resale or when an error code suddenly appears on the display mid-ride. These are the moments that separate the best from the rest. Who actually provides strong support, and who passes the responsibility on?

While some manufacturers are building robust ownership models with transparent service databases, transferable warranties and strong dealer networks, others rely on attractive marketing promises and leave the hard work to local bike shops. A claim like “lifetime frame warranty” sounds great in a sales pitch, but means little in practice if you don’t understand the conditions behind it.

Rather than trusting blindly at the point of purchase, you should actively look into these aspects. We took a close look at the service structures of the 22 brands in our test to show who delivers and who still has work to do. One key finding: the market is splitting into three very different ownership models.

Which manufacturers take full responsibility as true system leaders, which operate more like conductors in the background, and what small print deserves attention before buying: all of this will be covered in our upcoming deep dive on warranties and ownership models.

Where does your eMTB really come from? Production, origin and new manufacturing approaches

If you buy an Amflow bike, you are buying a Chinese product. If you buy a Specialized, you are buying an American one. A Nicolai is a German product, from concept to manufacturing. That’s not a problem, it’s simply a fact. Whether origin matters is a personal question. For some, it’s irrelevant, which is perfectly valid. For others, it matters because they want to know where their money goes and what production conditions they are supporting. That is equally valid. At a time of supply chain disruptions, industrial policy shifts and geopolitical tensions, asking about origin is reasonable, without turning it into the sole purchase criterion.

FOCUS are taking an interesting approach with the JAM² NEXT. The frame uses thermoplastic carbon, which, unlike traditional thermoset carbon, does not cure permanently with epoxy resin but can be reheated and reshaped. This opens up new possibilities for recycling and repair. Whether this will bring production closer to Europe in the long term remains uncertain following the insolvency of frame manufacturer REIN4CED, but it was one of the most exciting material innovations in this test field.

Atherton also demonstrate that innovation doesn’t always have to come from new materials, but can lie in construction methods. Their A-Range combines carbon tubes with additively manufactured titanium lugs, while the S-Range uses CNC-machined aluminium lugs paired with aluminium tubes. This allows for highly flexible geometry and sizing without the need for completely new moulds for each size, even if it is not a solution aimed at mass production.

Which is the best e-mountain bike of 2026? The individual verdicts on all 30 e-mountain bikes

AMFLOW PX Carbon Pro in our 2026 e-mountain bike test

At €9,999, the AMFLOW PX Carbon Pro feels noticeably more mature than its predecessor, combining strong uphill performance with considerably more composure and reserves on the descents. At 21.4 kg, it remains pleasantly light, and the Avinox M2S drive system delivers brutal power with impressive efficiency. Downhill, the bike inspires real confidence, even if the mid-stroke could benefit from further tuning. A modern, capable all-rounder with clear climbing DNA, and a concept that delivers on its promise.

AMFLOW PR Carbon Pro in the 2026 e-mountain bike test

At €5,899, the AMFLOW PX Carbon Pro makes a compelling case on value alone, but the substance runs deeper. A removable battery and standard lighting system add genuine everyday practicality, while the Avinox M2S motor delivers confident, powerful climbing. Downhill, the handling is agile and forgiving. Minor irritants, cable noise and a dropper that falls short of the overall standard, take the edge off slightly, but not enough to undermine a well-rounded package that punches above its price point.

AMFLOW PR Carbon in the 2026 e-mountain bike test

At € 4,499, the AMFLOW PR Carbon is the most affordable bike in this test. Despite the aggressive price, AMFLOW make no compromises on the drive system. Quite the opposite: the Avinox M2 system is one of the best on test and is paired with electronic shifting featuring a smooth-shift function. With a successful look and solid trail performance, it only shows minor weaknesses in demanding terrain, where the weak brakes in particular detract from the ride experience. Thanks to the removable battery and integrated lights, it also scores highly for everyday usability.

Aventon Current EXP in the 2026 e-mountain bike test

At € 5,499, the Aventon Current EXP is one of the most affordable bikes in the entire test field, and stands out with a powerful motor, a good display and high connectivity. Its ride feel is accessible and beginner-friendly. However, when the terrain gets rough, the bike shows clear weaknesses: suspension support is limited, bottom-outs are frequent and the noise level is hard to ignore: all three combine to undermine descending performance meaningfully. For those unconcerned by that trade-off, the bike holds up as a coherent eMTB at a fair price.

Centurion No Pogo R7000 in the 2026 e-mountain bike test

The Centurion No Pogo R7000 at €8,799 is built around touring and everyday usability, and makes no secret of it. Integrated lights and a removable battery reinforce that brief. On technical terrain it remains composed and controllable, though the handling carries a sluggishness that limits its trail ambitions. A dependable, unfussy all-rounder that knows its place in the mid-field.

Focus JAM² NEXT in the 2026 e-mountain bike test

The new FOCUS JAM² NEXT impresses with very strong trail performance and a successful overall package. On the trail, it inspires with plenty of confidence, playful handling and a very well-tuned suspension setup with strong support. Thanks to the removable battery and very comfortable riding position, it also shines on tours and in everyday use, making the JAM² NEXT an extremely coherent all-rounder that works even better than its aluminium counterpart. It’s just a shame that the frame is not going into production for now.

Focus JAM² 6.9 in the 2026 e-mountain bike test

At €6,699, the FOCUS JAM² 6.9 remains a strong value recommendation in 2026. It shares much of the JAM² NEXT’s character: confident descending, comfortable and well-tuned suspension, and accessible handling throughout. The weight penalty is noticeable in direct comparison, lending the JAM² 6.9 a slightly sluggish quality, though never to a degree that becomes a real liability. Spec is solid across the board, with the brakes the only meaningful weak point. A dependable all-rounder that offers considerable bike for the money.

Giant Reign Advanced E+ 1 in the 2026 e-mountain bike test

For € 7,999, the Giant Reign Advanced E+ 1 offers a distinctive overall package with features such as an integrated tire pressure monitoring system. The riding position is comfortable, while handling is agile and accessible downhill. However, the restless, less sensitive motor response on climbs and the high noise level noticeably affect the overall impression. The rather soft suspension, limited composure and first signs of wear also reduce the overall rating. A bike with good ideas, but clear weaknesses in the details.

Abums Model One in the 2026 e-mountain bike test

At € 11,900, the Abums Model One is without a doubt the exotic option in this test field. The radical design and steel construction will divide opinion sharply, and that’s even before the riding begins. Uphill and in everyday use the bike delivers a solid performance, but sluggish handling and weak value for money are harder to overlook. An exciting concept with genuine character, though one that falls short on riding enjoyment when it matters most.

Haibike AllMtn CF 11 TRN/IQ 2025 in the 2026 e-mountain bike test

At €9,000, the Haibike AllMtn CF 11 TRN/IQ makes a strong case for everyday usability, backed by comfortable, on the softer side suspension. Despite its high weight, the handling impresses: a low centre of gravity translates into genuine agility and real descending enjoyment, while reduced unsprung mass at the rear contributes positively to suspension performance. Technical climbs expose the Pinion MGU’s sensitivity in power delivery, and the drivetrain noise uphill is among the highest in the test. Downhill, however, it ranks among the quietest.

Haibike HYBE CF 11 in the 2026 e-mountain bike test

The Haibike HYBE CF 11 comes with a full carbon frame, Bosch Performance Line CX-R motor and removable 800 Wh battery, all for a confident price of € 11,000. On the trail, it scores with a strong sense of security, good uphill performance and plenty of touring potential. However, the long seat tube noticeably restricts freedom of movement in steep sections, while the firm suspension generates less traction than expected. As a result, the HYBE remains a fun, solid e-mountain bike for long rides and sporty trail sessions, but cannot match the best bikes in the test field on demanding terrain.

Instinctiv Ocelot 135 in the 2026 e-mountain bike test

The Instinctiv Ocelot 135 weighs in at 20.6 kg, placing it among the lightest in the entire test field. At €10,835, it backs that figure with an elegant design, good handling and a well-integrated maxon drive system. On technical climbs and flow trails it performs solidly, without ever fully exploiting the advantage its weight should confer. Downhill, composure is lacking and reserves run thin; demanding terrain arrives at its limits sooner than the price point might suggest. A light, capable bike with clear descending constraints.

MEGAMO Reason CRB 01 in the 2026 e-mountain bike test

The MEGAMO REASON CRB 01 impresses at € 10,999 not only with its striking design, but above all with outstanding ride characteristics. It combines agile, direct handling with impressive composure and excellent suspension. Despite its robust spec, the weight remains pleasantly low, which significantly boosts the fun factor. In almost every area, including uphill performance, the REASON delivers top-level performance and only narrowly misses out on the test win.

Norco Range VLT CX C1 in the 2026 e-mountain bike test

The Norco Range VLT CX C1, priced at € 9,900, is an uncompromising descending machine. With its high-pivot rear suspension, enormous composure and loads of traction, it ploughs through technical terrain and ranks among the fastest bikes downhill. Surprisingly, it also climbs better than expected. Playfulness is clearly not the focus. The only drawback is the undersized 180 mm rear brake rotor, which doesn’t quite live up to the bike’s downhill potential.

Pivot Shuttle LT in the 2026 e-mountain bike test

At € 14,999, the Pivot Shuttle LT is the most expensive bike in this test and an uncompromising tool for pros. It’s aimed at ambitious riders looking for an extremely capable eMTB and willing to spend time on setup and fine-tuning. In return, it offers a level of adjustability that is unique in the test field. Even out of the box, however, the Shuttle LT impresses with outstanding suspension and plenty of composure. It only unlocks its full potential once you actively engage with it.

Propain Sresh SL in the 2026 e-mountain bike test

With its TQ motor, the Propain Sresh SL prioritises a natural ride feel over brute power and, together with the Levo R, delivers the most fun on flow trails. The handling is extremely intuitive, direct and playful, while still offering enough composure and remaining very quiet. Uphill, the weaker motor demands more rider input, and on technical climbs you reach the bike’s limits sooner. Even so, the Sresh SL impresses as an accessible, light-footed and fun-focused all-rounder with plenty of character.

Orbea Rise LT M-Team in the 2026 e-mountain bike test

At €10,189, the Orbea Rise LT M-Team makes an immediate impression with its premium design, low weight and clean integration of the electronic components. Uphill, traction is good, though the Shimano EP801 RS demands noticeably more rider input than most of its competitors. On the trail, direct handling and high agility reward committed riding, particularly on flow trails. Rough terrain arrives at its limits sooner, and rattling Shimano hardware takes the edge off what is otherwise a strong overall package.

Rotwild R.EX ULTRA in the 2026 e-mountain bike test

At € 12,490, the ROTWILD R.EX ULTRA follows a distinctive concept and scores especially well on technical climbs. In the Avinox environment, the removable 900 Wh battery offers unique range, although the low front end makes the riding position less comfortable. Downhill, the promising high-pivot layout falls short of expectations: the bike feels firm, loud and neither particularly agile nor especially composed. A specialised eMTB for individualists with a focus on range rather than downhill performance.

Rose SLAB PLUS in the 2026 e-mountain bike test

For € 6,900, the Rose SLAB PLUS impresses with a clean design language, good value for money and strong everyday usability. Its suspension and riding position create plenty of comfort, making it a strong touring companion. Downhill, it feels forgiving and balanced, without displaying any major strengths or weaknesses. Overall, the SLAB PLUS delivers an understated but coherent overall package, though it lacks a little character of its own.

Sants e SF 4.0 in the 2026 e-mountain bike test

The SANTS e SF 4.0 impresses with a powerful motor that delivers constant drive even on steep, technical climbs. Uphill, the bike remains easy to control, even if lifting the front wheel requires a little more effort. The suspension performs sensitively downhill, absorbing well, though handling and precision stop short of the class leaders. Lightweight tires are the principal constraint. A well-composed package whose priorities lie firmly on the climb.

Specialized S-Works Turbo Levo R in the 2026 e-mountain bike test

The S-Works Levo R at €13,999 stands out as one of the ride-dynamic highlights of the test. What the price secures is an exceptionally light, agile and playful eMTB that clearly differentiates itself from the standard Levo. Uphill, the power delivery impresses; downhill, confidence and fun factor remain high even when the terrain turns rough. The flexible battery concept and integrated storage compartment are carried over from the Levo family and continue to earn their place.

Specialized Turbo Levo 4 Comp Alloy in the 2026 e-mountain bike test

At 26.1 kg, the Turbo Levo 4 Comp Alloy is the heaviest bike on test, but you notice that surprisingly little on the trail. It impresses with a very balanced character, sensitive suspension and high composure. Handling is predictable and inspires huge amounts of confidence, very much in the style of its expensive S-Works counterpart. A strong all-rounder with lots of comfort and very good value for money at € 6,999.

Specialized S-Works Turbo Levo 4 in the 2026 e-mountain bike test

Last year’s test winner remains an extremely strong all-rounder in 2026, impressing in almost every discipline. Uphill, the Levo 4 scores with powerful support, intuitive modulation and high comfort, though without standing out as exceptional. Downhill, it delights with a central riding position, lots of confidence and one of the best suspension setups in the test: firm, sensitive and very supportive. Compared to the Levo R, it is slightly less playful but offers more reserves. A versatile, mature overall package at the highest level.

Check out the Single Review here.

Santa Cruz Bullit XO AXS RSV in the 2026 e-mountain bike test

The Santa Cruz Bullit X0 AXS RSV, priced at € 11,699, is a clearly downhill-focused eMTB, despite its relatively low weight of just 22.2 kg. Uphill, the high front end demands active body input on steep sections and offers slightly less traction. Downhill, however, the long Bullit proves to be a true no-compromise shredder: extremely composed and packed with reserves in every riding situation. Despite its extreme focus, the handling remains intuitive and offers a good level of agility.

Simplon Rapcon :eCX in the 2026 e-mountain bike test

At €9,779, the SIMPLON Rapcon :eCX impresses with strong everyday usability and a well-balanced character. Excellent traction and a comfortable, well-balanced riding position are among its clearest strengths. Downhill, the high front end inspires confidence and, combined with plush suspension, delivers real composure, even if agility is not its strongest suit. Consistently solid across almost every metric, the Rapcon is a versatile all-rounder with few meaningful weaknesses.

YETI LTE T4 in the 2026 e-mountain bike test

At € 14,500, the Yeti LTe T4 is one of the most expensive bikes in this test, but it also delivers extremely strong overall performance. Uphill, it impresses with an efficient riding position, high traction and surprisingly good climbing ability. Downhill, it scores with plenty of composure, very forgiving suspension and sufficient support. Overall, it is a brilliantly balanced eMTB that impresses in almost every type of terrain and feels extremely intuitive to ride.

Awards & winners

Best buy: Santa Cruz Vala AL in the 2026 e-mountain bike test

The Best Buy award goes to the bike with the best value for money in the test. This is not about saving at all costs, but about making a smart investment. If you want maximum riding fun without blowing the budget, this bike is the right choice.

With the Vala AL, Santa Cruz deliver an impressively coherent eMTB that outshines several more expensive models. From the first metre it feels intuitive, generates real enjoyment and strikes a well-judged balance of agility, composure and confidence. The suspension performs strongly on trail despite its simpler construction, and the spec is sensible and robust throughout. The charging port cover is a minor but notable blemish. A bike that makes a strong case that serious trail performance need not come at a serious price. A thoroughly deserved Best Buy.

Editor’s Choice: Thömus Lightrider E_MAX in the 2026 e-mountain bike test

The Editor’s Choice award is not about the most versatile bike in the test field or the perfect choice for the masses. It is about unique character. A bold concept and a ride feel that simply clicked with us.

The Thömus Lightrider E_MAX operates on different terms to the rest of the test field, and that distinction is felt immediately. Where others chase maximum power and travel, this bike prioritises low weight, high efficiency and a ride feel that stays close to the unpowered experience. Uphill, the light-footed character and convincing maxon motor make a strong case. Downhill, it delivers considerably more than first impressions suggest. On fast, flowing trails it is at its best: agile, rapid and genuinely enjoyable. At a time when the category trends toward the extreme, Thömus demonstrate how much riding fun a reduced, well-considered concept can contain. The brand also thinks beyond the product: Bike Worlds, the Swiss Bike Park and regular community rides extend the experience well past the trail. It is this independent approach, combined with a strong test performance, that earns the Lightrider E_MAX our Editor’s Choice.

Here’s the test!

Best in Test: Atherton S.170E in the 2026 e-mountain bike test

The best eMTB is not defined by a single strength. It earns its position across the full range of demands. This bike is the most balanced in the test field, and the combination of all-round performance, everyday usability and riding fun it offers is not matched by anything else here. Beginner or expert, flow trail or brutal technical section, it meets every rider on their own terms.

With the S.170E, Atherton make an impressive debut in the eMTB segment without compromising the design language or character that defines the Welsh brand. Rather than building another eMTB, they have delivered a bike with clear DNA: outstanding handling, enormous traction, exceptional suspension and real descending confidence. Despite that uncompromising focus, it remains accessible to beginners and experts alike. Minor detail weaknesses do little to alter the overall picture. Aluminium, Welsh, uncompromising: the S.170E stands apart and earns its place as test winner and the best eMTB of 2026.

Conclusions about our 2026 e-mountain bike group test

The 2026 market is defined by one force: Avinox. This test confirmed that impressively. And yet, our Best Buy and Editor’s Choice prove that the most complete concept does not necessarily need the most powerful system.

Atherton make the point better than any argument could. The S.170E uses an Avinox drive, as many bikes in this test do. It does not win on that basis. It wins because Atherton took that drive system and built something genuinely their own around it: aluminium over carbon prestige, boutique spirit over generic sameness, a tangible story and handling that welcomes beginners while exciting experts. Avinox can be the foundation. It cannot be the identity.

Technical development will and must continue, especially when it comes to durability, where there is still work to do. But the discussion needs to change. As a magazine, and as manufacturers, retailers and customers, we need to put the rider experience at the centre. Bike culture has often lost out in recent years in the fierce battle for budgets and attention.

For bike brands in 2026, this is truer than ever: making your brand 100% dependent on a motor manufacturer was already risky in the Bosch era. Today, it is dangerous. Technologically, hardly anyone will be able to keep up with the giants, so why not focus on the things that actually offer riders greater added value? How do brands ensure their customers get a true brand experience? We are talking about adventure camps, skills academies and a brand world that offers guidance and a sense of belonging.

The best eMTB of 2026 is more than a product. It’s access to an experience that makes you a better rider, connects you with people who share that drive and gives you the freedom to unlock your full potential. Technology provides the foundation. Culture is what we build on top of it.

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Words: Benedikt Schmidt, Lars Engmann, Jonny Grapentin Photos: Peter Walker, Lars Engmann Translation: Eric Frajria