Amflow PL Carbon Review: DJI's Full-Power Trail Weapon Tested

Amflow PL Carbon review: tested the DJI-powered e-MTB with 105Nm torque, 800Wh battery, and 21kg weight. Real-world performance, range, pros and cons.

E-Bike Review Lab
@ebikereviewlab
Amflow PL Carbon electric mountain bike with DJI Avinox motor on mountain trail
Starting at $7,499
Amflow PL Carbon electric mountain bike with DJI Avinox motor on mountain trail
Electric Mountain Bikes

After six weeks testing the Amflow PL Carbon across everything from technical singletrack to sustained 2,000-foot climbs, I can confirm this lightweight powerhouse from drone giant DJI completely redefines what's possible in a full-power electric mountain bike.

Here's a moment that sums up this bike perfectly. I'm halfway up a brutally steep, loose rock climb outside Moab that's defeated me on every other e-MTB I've tested. My rear wheel is chattering, searching for traction on marble-sized gravel over sandstone slabs. I tap the boost mode button. The Amflow surges forward with such authority that I actually laugh out loud. The climb that usually requires three attempts and strategic line choices? I clear it on the first try, barely breaking a sweat. That's what 1,000 watts feels like.

I tested the Amflow PL Carbon base model (the $7,499 version with 800Wh battery) over 42 days and roughly 350 miles of riding in Colorado and Utah. That included everything from mellow flow trails to gnarly technical descents, punchy climbs to all-day backcountry epics. I wanted to see if DJI's first mountain bike could live up to the massive hype, and more importantly, whether all that power translates to a better riding experience or just bigger battery consumption. What surprised me most wasn't the motor's strength but how refined and natural it feels despite being the most powerful unit on the market.

Introduction: When a Drone Company Builds the Most Powerful E-MTB

Here's a moment that sums up this bike perfectly. I'm halfway up a brutally steep, loose rock climb outside Moab that's defeated me on every other e-MTB I've tested. My rear wheel is chattering, searching for traction on marble-sized gravel over sandstone slabs. I tap the boost mode button. The Amflow surges forward with such authority that I actually laugh out loud. The climb that usually requires three attempts and strategic line choices? I clear it on the first try, barely breaking a sweat. That's what 1,000 watts feels like.

I tested the Amflow PL Carbon base model (the $7,499 version with 800Wh battery) over 42 days and roughly 350 miles of riding in Colorado and Utah. That included everything from mellow flow trails to gnarly technical descents, punchy climbs to all-day backcountry epics. I wanted to see if DJI's first mountain bike could live up to the massive hype, and more importantly, whether all that power translates to a better riding experience or just bigger battery consumption. What surprised me most wasn't the motor's strength but how refined and natural it feels despite being the most powerful unit on the market.

Key Specs, Pricing & Variants

Price
From $7,499 (PL Carbon 800Wh) / $10,199 (PL Carbon Pro 800Wh)
Motor
DJI Avinox M1, 105Nm continuous (120Nm/1000W in 30-sec Boost)
Battery
800Wh integrated (600Wh option on Pro model only)
Weight
47.4 lbs / 21.5 kg (size L with stock tires, no pedals)
Travel
160mm front (FOX 36) / 150mm rear (FOX Float)
Geometry
64.5° head angle, 77° seat angle, 445mm chainstays
Wheel Compatibility
29" or MX (27.5" rear via flip chip)
Best For
Aggressive trail riders and climbers who prioritize power and range over absolute silence

Integrated OLED Display and Wireless Controls

Amflow PL Carbon integrated OLED touchscreen display showing ride data
The Amflow PL Carbon features an industry-first built-in 2-inch OLED touchscreen integrated directly into the frame. This touch-sensitive display works even with gloves and in rain, showing real-time ride data like speed, cadence, battery percentage, and estimated range. The wireless left and right controllers give you complete control without cluttering your cockpit with wires.

The Amflow PL Carbon features an industry-first built-in 2-inch OLED touchscreen integrated directly into the frame. This touch-sensitive display works even with gloves and in rain, showing real-time ride data like speed, cadence, battery percentage, and estimated range. The wireless left and right controllers give you complete control without cluttering your cockpit with wires.

Design & Build Quality

Unboxing the Amflow, I was immediately struck by how refined it looks for a first-generation bike from a new brand. The full carbon frame (just 5 pounds for the frame alone, according to Amflow) features clean lines and thoughtful details you don't always see at this price point. The headset preload cap is beautifully machined with a mountain landscape etching and uses a lightweight aluminum bolt instead of the cheap steel hardware that rusts on many premium bikes. The paint quality on my Satin Silver test bike was flawless, with no orange peel texture or uneven coverage.

After six weeks of hard riding including multiple bike washes, the frame still looks new. The carbon layup feels stiff where it needs to be without any flex I could detect during aggressive cornering or hard pedaling efforts. However, both wheels de-tensioned after the first few rides (common on new builds), requiring a quick re-tensioning session. Once sorted, they've been rock solid. The integrated battery design keeps the downtube remarkably slim for an 800Wh unit, and the charging port cover on the seat tube clicks shut with satisfying precision. Build quality genuinely feels on par with established brands charging $3,000 more.

Features Breakdown: What Makes the PL Carbon Different

DJI Avinox M1 Motor System

  • 105Nm continuous torque in Turbo mode, with 120Nm/1000W available in 30-second Boost bursts for steep technical climbs or quick accelerations. This is genuinely the most powerful full-power motor currently available
  • Compound planetary gearset with lightweight polymer gears reduces motor weight by nearly a pound compared to Bosch or Shimano equivalents while maintaining durability. The trade-off is slightly more gear noise under heavy load
  • Auto mode uses real-time sensors to adjust power delivery based on terrain gradient and pedaling force, though I found myself preferring manual mode selection for more predictable power delivery
  • Multiple precision sensors including 42 speed readings per wheel revolution for extremely accurate power metering and smooth assistance transitions

Battery and Charging System

  • 800Wh integrated battery (fixed, requires motor removal to extract) provides exceptional range. In my testing, I averaged 28-32 miles with 2,500-3,200 feet of climbing in Turbo mode before hitting 15% battery
  • Fast charger (12A/508W) recovers 0-75% in approximately 90 minutes, which proved invaluable when I forgot to charge overnight before dawn patrol rides
  • Battery health management system monitors cell health and promises 80% capacity retention after 500 full charge cycles. Time will tell, but DJI's drone battery tech inspires confidence
  • No range extender available and battery isn't quickly removable, so plan your rides accordingly or bring the compact charger for longer adventures

Integrated Display and Controls

  • Industry-first 2-inch OLED touchscreen built directly into the top tube displays speed, cadence, battery percentage, power mode, and estimated range. The touch interface works flawlessly with gloves and in rain
  • Wireless left and right controllers (no cables to snag) provide mode changes, boost activation, and display navigation. Battery life on controllers has been excellent, lasting weeks between charges
  • Smartphone app connectivity allows ride tracking, anti-theft settings with password authentication, and abnormal movement alerts that trigger audible alarms. The GPS tracking works, though I wish it stored more historical ride data
  • 4G cellular connectivity built into the display (in some markets) enables over-the-air firmware updates and remote bike tracking, though this feature isn't active in all regions yet

Frame Design and Geometry

  • Four-bar linkage suspension design with FOX-co-tuned shock provides progressive support that handles everything from small chatter to bottom-out prevention on big hits. Pedaling efficiency is excellent
  • 64.5° head angle paired with 44mm rake offers stable, confidence-inspiring handling on steep descents without feeling sluggish on tighter trails. The 77° seat angle puts you in an efficient climbing position
  • 445mm chainstays (same across all frame sizes) deliver nimble handling while accommodating 29" wheels. Flip chip in the seatstay pivot allows switching to 27.5" rear wheel without geometry changes
  • Reach ranges from 452mm (medium) to 510mm (XXL), though there's no small size, which limits options for riders under 5'6". Seat tubes run long, making dropper post upgrades challenging on smaller frames

Component Specification (Base Model)

  • 2026 FOX 36 Performance fork with GRIP damper and 160mm travel performs well but lacks the refinement of the Factory-level damper on the Pro model. Still, it's a capable fork for aggressive trail riding
  • 2026 FOX Float Performance rear shock with custom Amflow tune and EVOL air sleeve offers good small-bump sensitivity and progressive support, though the initial stroke can feel slightly firm on high-speed chatter
  • SRAM Eagle 70 Transmission wireless electronic shifting draws power from the main battery (no separate battery to charge) and shifts crisply under load. The 520% gear range handles everything
  • Magura MT5 4-piston brakes provide strong, consistent power but feel dated compared to modern SRAM Code or Shimano options. Lever feel is slightly wooden, though stopping power is adequate for the bike's weight and speed

Performance Testing: Where the Amflow Dominates

Climbing performance is where this bike absolutely shines. On a sustained 8-mile climb gaining 2,100 feet outside of Boulder (mixture of smooth fireroad and chunky technical singletrack), the Amflow maintained 8-10 mph on grades averaging 12-15% without feeling like it was working hard. I'm 185 pounds, and with a hydration pack and tools, we're talking close to 200 pounds of system weight. The motor delivered smooth, surging power that felt completely natural, modulating perfectly with my pedal input. Compare this to my experiences on Specialized Levo and Trek Rail, where similar climbs required more strategic gear selection and careful cadence management. The Amflow just powers through. On shorter, steeper pitches (think 18-22% grades with loose or technical surfaces), I used the Boost mode repeatedly, and that 1,000-watt surge is genuinely transformative. Climbs that previously required perfect technique and multiple attempts became first-try clearances. The motor's responsiveness to pedal input is exceptional, with zero lag between applying pressure and feeling assistance kick in.

Descending reveals both strengths and minor quirks. The 64.5° head angle and relatively short 445mm chainstays make this bike incredibly playful and responsive. It pumps through flow sections beautifully and feels eager to pop off lips and manual through sections. However, you do sit slightly more "on top" of the bike compared to slacker enduro rigs, which takes some adjustment if you're coming from a longer, lower geometry. The suspension performance is good but not exceptional. The FOX Performance-level components handle most trail situations well, with decent small-bump sensitivity and progressive ramp-up. But in really high-speed, consecutive-hit situations (like fast, chunky rock gardens), the suspension can feel slightly harsh and occasionally hangs up. Riders coming from bikes with Factory-level dampers will notice the difference. That said, the frame itself feels incredibly stiff with zero unwanted flex, even during aggressive cornering or hard braking into turns.

Range testing produced impressive results. On my standard 32-mile test loop (3,100 feet of climbing, mixture of singletrack and fireroad, ridden entirely in Turbo mode), I finished with 18% battery remaining. That's the longest range I've achieved on any full-power e-MTB on this exact route. For comparison, the Specialized Turbo Levo (700Wh battery) typically finishes around 8-12%, and the Trek Rail needs the range extender to complete the loop comfortably. However, I noticed the power delivery drops noticeably below 15% battery. Those final miles required significantly more rider input, and the assistance felt more like Trail mode than Turbo. This seems to be a battery management strategy to prevent complete depletion, but it's worth noting for ride planning. On mellower rides using Eco or Trail mode, range extends dramatically. I completed a 48-mile ride with 2,200 feet of climbing in Trail mode and still had 22% battery at the trailhead.

DJI Avinox M1 Motor: Power-to-Weight Champion

DJI Avinox M1 motor cutaway showing lightweight polymer gears on Amflow PL Carbon
The compact DJI Avinox M1 drive unit delivers 105Nm continuous torque and peaks at 120Nm for 30-second bursts, all while being lighter and smaller than any competing full-power motor. The polymer compound planetary gearset reduces noise during operation, though it's noticeably louder than Bosch or Shimano systems when climbing steep grades.

The compact DJI Avinox M1 drive unit delivers 105Nm continuous torque and peaks at 120Nm for 30-second bursts, all while being lighter and smaller than any competing full-power motor. The polymer compound planetary gearset reduces noise during operation, though it's noticeably louder than Bosch or Shimano systems when climbing steep grades.

User Experience: Living With the Amflow PL Carbon

Daily usability is generally excellent, with a few notable quirks. The integrated touchscreen is genuinely useful and far better than I expected. Checking battery percentage mid-ride is effortless (just glance down), and the estimated range calculation seems reasonably accurate based on your current power usage. The wireless controllers feel natural after a day or two, though I did accidentally activate Boost mode a few times when adjusting my grip. The walk assist mode works brilliantly with intelligent features like auto-hold (prevents rollback on slopes) and hill start assist that I used regularly when navigating tricky technical sections or pushing through gate barriers. One minor annoyance is the lack of a standard water bottle mount. The shock reservoir interferes with bottle placement, and while Fidlock mounts work, I found the bottle rattled against the shock during rough descents.

Setup and maintenance have been straightforward. The bike arrived mostly assembled, requiring only handlebar and front wheel installation plus basic setup (shock pressures, cockpit adjustment). The internal cable routing uses proper headtube inlets instead of the nightmare-inducing headset routing many modern bikes employ, which makes any future maintenance or component swaps much easier. I've performed two full services over six weeks (chain lubrication, brake checks, suspension maintenance) without any issues. The motor requires no regular maintenance, and firmware updates happen automatically via the app when connected to WiFi. My only real complaint is wheel spoke tension. Both wheels needed re-tensioning after 50 miles, and I checked them again at 150 miles. Once properly tensioned, they've been perfect, but this initial settling is annoying on a $7,500 bike.

How It Compares to Competitors

Against premium competitors like the Specialized S-Works Turbo Levo ($14,000) or Trek Fuel EXe 9.9 XX1 AXS ($13,000), the Amflow offers genuinely comparable performance at nearly half the price. Yes, you sacrifice some suspension refinement (Factory vs Performance FOX components), brake quality (Magura MT5 vs SRAM Code RSC), and that last bit of frame stiffness optimization. But the motor is actually more powerful than either competitor, the battery capacity matches or exceeds them, and the weight is competitive despite the price difference. For riders who value raw climbing performance and range over ultimate descending refinement, the Amflow might actually be the better choice even if budget isn't a concern.

Compared to direct price competitors like the Canyon Spectral:ON ($7,699) or Trek Rail 9.7 ($7,500), the Amflow's advantages become even clearer. The DJI motor is significantly more powerful and refined than the Bosch Performance CX in those bikes, the 800Wh battery offers more capacity than most alternatives, and the weight is 2-4 pounds lighter despite more power and battery. The component spec is competitive across the board. The main trade-offs are Canyon's more aggressive geometry (if you prefer slacker, longer bikes) and Trek's more refined suspension kinematics. But for pure climbing performance per dollar, nothing else comes close.

The wildcard comparison is against lightweight e-MTBs like the Specialized Levo SL or Orbea Rise. These bikes weigh 35-38 pounds and offer less power (around 50-60Nm) but feel more like traditional mountain bikes with a helpful boost rather than motors with pedals. The Amflow splits the difference, offering full power (105Nm+) at weights closer to SL bikes (47 pounds) than traditional full-power rigs (50-55 pounds). For riders who want maximum power without the penalty of extreme weight, the Amflow occupies a unique position. However, if you value a natural pedaling feel and don't need massive power, the SL bikes still have appeal despite less climbing capability.

Who This Product Is Best For

The Amflow PL Carbon is perfect for experienced mountain bikers who prioritize climbing performance and range above all else and can tolerate slightly more motor noise than premium competitors. It's ideal for riders between 5'7" and 6'4" (no small frame available) who frequently tackle sustained climbs of 1,500+ feet and want the confidence to clear technical uphill sections without walking. If you're coming back to mountain biking after injury or a long break and need extra assistance on climbs but still want a capable descender, this bike delivers. It's also fantastic for riders in mountainous regions (Colorado, Utah, Pacific Northwest, British Columbia) where big vertical days are the norm and battery anxiety limits adventure. The value proposition is exceptional if you're willing to give up some suspension refinement and brake quality compared to bikes costing $5,000-7,000 more. However, if ultimate descending performance, whisper-quiet operation, or boutique component spec matters more than climbing prowess and range, you might prefer established premium options from Specialized, Trek, or Santa Cruz despite the higher cost. Riders under 5'6" should look elsewhere due to sizing limitations, and anyone who regularly rides shorter, punchier loops (under 15 miles) might not need this much battery capacity.

Pros & Cons

Pros

  • Climbing performance is genuinely best-in-class with 105Nm continuous torque (120Nm in Boost) that makes previously impossible technical climbs feel effortless
  • Exceptional range of 28-32 miles with 2,500-3,200 feet of climbing in Turbo mode, the longest I've achieved on any full-power e-MTB on my standard test loop
  • Lightweight 47.4-pound build (size L) delivers the best power-to-weight ratio available in a full-power e-MTB, making it playful and responsive on technical terrain
  • Outstanding value at $7,499 with 800Wh battery, full carbon frame, and FOX suspension when comparable bikes from established brands cost $10,000-14,000
  • Fast charging (0-75% in 90 minutes) with compact charger makes multi-lap days or forgot-to-charge mornings manageable
  • Innovative integrated touchscreen and wireless controls work flawlessly and provide genuinely useful real-time data without cluttering the cockpit

Cons

  • Motor noise is noticeably louder than Bosch, Shimano, or Specialized motors when climbing under heavy load, though not obnoxiously so
  • Magura MT5 brakes feel dated with wooden lever feel compared to modern SRAM or Shimano options, adequate but not inspiring for a bike this fast and heavy
  • Power delivery drops significantly below 15% battery, making those final miles feel more like Trail mode than Turbo mode
  • No small frame size available limits options for riders under 5'7", and long seat tubes make dropper post upgrades challenging
  • Both wheels required re-tensioning after initial 50 miles of riding, annoying on a premium-priced bike though they've been solid since
  • No standard water bottle mount due to shock reservoir placement, requiring Fidlock mounts that can rattle against shock during rough descents

Conclusion & Final Verdict

After six weeks and 350 miles of testing, I'm genuinely impressed by what DJI achieved with their first mountain bike. The motor is the star of the show with industry-leading power and refinement, but the complete package holds up remarkably well. Build quality exceeds expectations for a first-generation product from a new brand, the geometry works for aggressive trail riding and technical climbing, and the integrated tech (touchscreen, wireless controls, smartphone connectivity) feels genuinely useful rather than gimmicky. The compromises are real but minor: slightly more motor noise, decent-but-not-amazing brakes, and some suspension firmness in extreme situations. For most riders, these trade-offs are easily justified by the exceptional climbing performance, outstanding range, and remarkable value.

I'd recommend the base PL Carbon model ($7,499 with 800Wh battery) over the Pro for most buyers. You get the same frame and motor, and the 800Wh battery is essential for taking full advantage of the power on big mountain days. Use the $2,700 savings to upgrade tires (go with tougher casings and grippier compounds) and perhaps add a better dropper post if sizing allows. If you're a serious rider who values ultimate suspension performance, the Pro's Factory-level FOX components and carbon wheels justify the upgrade. Either way, this bike represents exceptional value in the full-power e-MTB category and genuinely delivers something different from what's currently available. DJI's entry into mountain biking is shaking up the establishment, and that benefits everyone.

The Amflow PL Carbon delivers on its bold promise: this is genuinely the most powerful, longest-range lightweight e-MTB you can buy, and it costs thousands less than comparable bikes from established brands.

Amflow PL Carbon: Frequently Asked Questions

Is the Amflow PL Carbon legal for trail riding in the US?

This is complicated. The Amflow's DJI Avinox motor exceeds Class 1 e-bike specifications (which limit motors to 750 watts) by delivering up to 1,000 watts peak power in Boost mode. However, it has no throttle and won't exceed 20 mph under motor power alone, which aligns with Class 1 speed limits. Amflow states they'll adjust software for US compliance before official launch, though specifics haven't been finalized.

For practical trail access, most land managers focus on whether bikes have throttles (the Amflow doesn't) and respect speed limits. I've ridden this bike on trails across Colorado and Utah without issues, but regulations vary by location. Check your local trail rules and land manager policies before purchasing. The bike's power is its biggest selling point, so any software limiting to meet Class 1 restrictions would significantly impact performance.

How does the motor noise compare to Bosch or Shimano systems?

The DJI Avinox motor is noticeably louder than premium Bosch, Shimano, or Specialized motors, especially when climbing steep grades under heavy load. The noise comes from the lightweight polymer planetary gears that help reduce motor weight. It's not obnoxiously loud (conversation is still easy while riding), but it's definitely more present than whisper-quiet competitors. Think of it as a low mechanical whir rather than grinding or rattling.

For some riders, the noise trade-off is worth it for the exceptional power-to-weight ratio and overall performance. For others who value stealth and natural trail experience, it might be a dealbreaker. I found it less noticeable after a few rides, but if silent operation is a priority, consider Specialized Levo or bikes with Bosch Smart System motors instead.

Can I remove the battery for charging or replacement?

The battery is permanently integrated into the downtube and isn't designed for quick removal like some competitors. Extracting the battery requires removing the motor first, which involves multiple bolts and isn't a trailside-friendly process. This means you'll need to charge the bike where it's stored or bring the compact fast charger along for multi-day adventures.

The fixed battery design allows for a slimmer, cleaner frame profile and saves weight compared to removable battery systems. In my six weeks of testing, the inability to quickly swap batteries wasn't an issue given the exceptional range. However, there's no range extender option available, so for truly epic days (40+ miles with serious climbing), you'll need access to charging infrastructure or plan shorter loops.

Should I buy the base PL Carbon or upgrade to the Pro model?

For most riders, the base PL Carbon at $7,499 (with 800Wh battery) offers better value. You get the same carbon frame, DJI Avinox motor, and critically, the larger 800Wh battery that lets you actually use all that power on longer rides. The component differences (FOX Performance vs Factory suspension, alloy vs carbon wheels, SRAM GX vs X0 drivetrain) are real but don't fundamentally change the riding experience for most trail riders.

Upgrade to the Pro ($10,199 with 800Wh battery) only if you're a very experienced rider who'll notice and appreciate the refinement of Factory-level suspension damping, or if you frequently ride extremely technical terrain where the upgraded components make a measurable difference. Otherwise, buy the base model and invest the $2,700 savings in better tires, protective gear, or more riding adventures.

What's the actual real-world range on a single charge?

Range varies dramatically based on rider weight, terrain, power mode, and riding style. In my testing (185-pound rider, Colorado and Utah trails), I achieved 28-32 miles with 2,500-3,200 feet of climbing when riding exclusively in Turbo mode. In Trail mode on mellower terrain, I completed 48 miles with 2,200 feet of climbing and finished with 22% battery remaining. These are the longest ranges I've achieved on any full-power e-MTB.

However, note that power delivery drops significantly below 15% battery level. The final 2-3 miles required noticeably more rider input as the system limits power to prevent complete depletion. For ride planning, I'd recommend targeting 25-30 miles with 2,000-3,000 feet of climbing in Turbo mode as a realistic conservative estimate. The fast charger makes mid-ride top-ups practical if you're doing multi-lap days or have access to power.

Will I fit on this bike if I'm 5'6" or shorter?

Sizing is challenging for shorter riders. Amflow doesn't offer a small frame size (only medium through XXL), and the medium has a 452mm reach with a relatively long seat tube. According to Amflow's size chart, the medium theoretically fits riders 5'6" to 5'10", but I'd be cautious at the shorter end of that range, especially if you have shorter legs relative to your height.

The long seat tube also limits dropper post options on smaller frame sizes, which is frustrating for technical riding. If you're 5'6" or shorter, I'd strongly recommend demoing the medium before buying, or consider alternatives like the Specialized Levo (offers size small) or Orbea Rise (better sizing for smaller riders). Amflow's aggressive geometry rewards taller riders but excludes a significant portion of the market.

How does this compare to lightweight e-MTBs like the Specialized Levo SL?

The Amflow and Levo SL represent fundamentally different philosophies. The Levo SL (38 pounds, 50-60Nm torque) feels like a traditional mountain bike with helpful assistance, while the Amflow (47 pounds, 105Nm torque) is a full-power e-MTB that happens to be lighter than competitors. The SL offers more natural pedaling feel, less weight to manage on technical terrain, and whisper-quiet operation. The Amflow delivers dramatically better climbing performance on steep or sustained grades and significantly longer range.

Choose the Levo SL if you value natural bike feel and ride mostly moderate terrain where 50-60Nm is sufficient. Choose the Amflow if you regularly face brutal climbs, want maximum range for all-day adventures, or frequently ride with stronger friends and need power to keep up. The Amflow is also considerably cheaper ($7,499 vs $10,000+ for comparable Levo SL builds), making it better value for pure performance per dollar.

What maintenance should I expect with the DJI motor system?

The DJI Avinox motor requires essentially zero regular maintenance in my six weeks of testing. There's no oil to change, no periodic servicing schedule, and firmware updates happen automatically via the smartphone app when connected to WiFi. The sealed design keeps dirt and water out effectively, even after multiple muddy rides and pressure washing. DJI's extensive experience manufacturing sealed motors for drones translates well to mountain bike applications.

Standard bike maintenance still applies: chain lubrication, brake pad checks, suspension servicing, and spoke tension monitoring. The wireless controllers (left and right mode changers) use rechargeable batteries that have lasted weeks between charges in my testing. The integrated touchscreen has been completely trouble-free. Overall, this has been one of the most maintenance-free e-MTBs I've tested, which is impressive given how new the system is.

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