AMYET EB26

Price and value

AMYET lists the EB26 at $669, marked down from $799. It is the second-cheapest of the twenty-two bikes we cover — AMYET's own K10 is $639.99 — and the only one of AMYET's five on 26-inch wheels, and the problem is not its price in isolation. At $669, a fat-tire e-bike with a 1000W hub motor, seven gears, lockable suspension and a UL 2849 claim is a reasonable quantity of hardware. The problem is the bike sitting twenty dollars above it. The V9-G60 costs $689 and carries 48V 20Ah, or 960 watt-hours, against the EB26's 48V 15Ah and 720Wh. Twenty dollars separates the prices; 240 watt-hours separates the batteries.

$669 ÷ 720Wh ≈ $0.93. The G60 is $689 ÷ 960Wh ≈ $0.72, the S8 $1,049 ÷ 1200Wh ≈ $0.87 and the K10 $639.99 ÷ 720Wh ≈ $0.89. On stored energy alone the EB26 is the second-dearest watt-hour AMYET sells, behind only the Ares 2 at $1,099 ÷ 1040Wh ≈ $1.06 — everything the EB26 does well is an argument for paying more per watt-hour, not an argument that it is cheap.

Widen the frame and the picture inverts. The VTUVIA SF20H is $1,399 ÷ 672Wh ≈ $2.08 per watt-hour and the EUNORAU FLASH 2.0 is $2,499 ÷ 832Wh ≈ $3.00. Even AMYET's worst value on energy, the Ares 2, is about half the best value anywhere else here. What those dearer bikes sell instead is documentation and componentry, which is the trade this review keeps returning to.

Motor performance

AMYET describes the EB26 motor as a 1000W brushless rear hub unit with a 1500W peak — the same figures they publish for the G60, so on paper the two bikes are matched on power and differ elsewhere.

Rated power is roughly what a motor holds continuously without overheating; peak power is a short-burst figure for pulling away or cresting a rise. Most brands lead with the peak because it is the larger number. AMYET publishes both, which is to their credit, and our motor wattage guide explains why that gap is often the most misleading thing on a product page. Plan around 1000W.

The wheel changes what the motor delivers

The important difference between this motor and the G60's is not in the motor at all. A hub motor spins the wheel directly, so wheel diameter acts as a fixed gear ratio: a 26-inch wheel travels further per revolution, so the same motor at the same rpm produces less force at the contact patch and more speed. Against the 20-inch G60, that is a trade of force at a standstill for road speed once rolling, from the same published motor at both ends. The 7-speed drivetrain does not multiply motor torque on a hub-motor bike, but it lets you contribute on a climb, which reduces motor heat, and keeps the bike usable when the battery is flat.

Battery and real-world range

The EB26 carries a 48V 15Ah removable lithium-ion pack, listed as IP65 rated. Multiply volts by amp-hours and you get 720 watt-hours — the only battery figure worth comparing across brands.

AMYET states about 30 miles on throttle alone and up to 60 miles with pedal assist. That is a more transparent disclosure than most of the category manages: two figures for two riding styles, rather than one flattering headline. To turn 720Wh into a plan, divide it by a consumption rate. A fat-tire e-bike of this mass typically uses 15 to 45 watt-hours per mile:

• Low assist, flat, light rider, around 15 MPH: 15–20Wh per mile. 720Wh ÷ 18 = 40 miles. AMYET's 60-mile figure sits well above even this.
• Moderate assist, mixed terrain, average rider: 22–28Wh per mile. 720Wh ÷ 25 ≈ 29 miles. The realistic planning figure for most people.
• Throttle only, heavier rider, hills, near 28 MPH: 35–45Wh per mile. 720Wh ÷ 40 = 18 miles.

Run AMYET's own throttle-only claim backwards and it implies 720Wh ÷ 30 miles = 24Wh per mile: plausible for gentle throttle use on flat ground, optimistic near the top of the speed range, but not a fantasy. The 60-mile pedal-assist number is the one to discount heavily.

Rider weight is the largest lever on all of those figures. Cold is the second: lithium cells lose capacity below about 40°F, and a winter commute can cost 20 to 30% against the same ride in July. A 720Wh pack losing a quarter behaves like a 540Wh pack, which is a short leash. Two points in the bike's favour: the pack is removable, so it charges indoors and can be replaced rather than serviced, and it carries an IP65 rating. Charge time is 5 to 8 hours. See our battery and range guide and why claimed range is never the range you get.

26-inch wheels and what they change

This is what you are actually buying. The EB26 runs 26 × 4-inch fat tires and is the only bike in AMYET's line that does; the G60 and S8 both use 20 × 4-inch wheels. The difference is geometric rather than mystical. A larger wheel meets an obstacle at a shallower angle: hitting the edge of a pothole, a raised drain cover or a tree root, a 26-inch wheel rolls up and over where a 20-inch wheel drops in and has to climb out. Each of those events costs momentum and jolts the frame, and over a mile of broken tarmac there are hundreds of them. A larger wheel also holds a line better. The tires compound it, since a 4-inch casing at 12 to 15 PSI is the primary suspension on any fat bike; our fat-tire e-bike guide covers pressure and tread.

What you give up

Three things, and they are real. The 26-inch wheel accelerates more slowly from a standstill, because there is more rotating mass further from the hub. It raises standover height. And it makes the bike longer, giving the EB26 the largest storage footprint of the three. Our 20 vs 26 inch guide has the full trade: tight storage and stop-start city work favour the small wheel, bad roads and continuous riding the big one.

Where 28 MPH sits legally

AMYET lists a top speed of up to 28 MPH, and this is quietly one of the EB26's strongest arguments. Under the three-class framework adopted by around forty US states, Class 1 is pedal assist only to 20 MPH, Class 2 adds a throttle at the same ceiling, and Class 3 is pedal assist to 28 MPH. A bike that assists beyond that falls outside all three definitions, which usually means it is not legally an e-bike at all and may be treated as a moped.

28 MPH is exactly the Class 3 ceiling; the G60's 32 MPH is not, and neither is the S8's or the Ares 2's. Only the K10 shares the EB26's 28 MPH figure. There is a difference between a bike you must remember to restrict and one that arrives inside the line. Shared-path rules are often stricter than road rules, so check your own city regardless.

Suspension and frame

AMYET describes the EB26's suspension as lockable aluminium dual shock absorbers, and the lockout is the detail worth pausing on. Unlocked, a fork absorbs bumps; it also absorbs part of every pedal stroke, which on smooth tarmac is pure loss. Locking out for the road and opening it again on gravel gives you a firm commuter and a compliant trail bike, and neither the G60 nor the S8 lists a lockout. What AMYET does not publish is fork travel, damping type or preload adjustability, so take the lockout as a useful feature and the tires as the component doing the real work.

Why the steel frame is not just a cost saving

The EB26 uses a high-carbon steel frame where aluminium is the default in this price band. Steel flexes more for a given tube shape and damps high-frequency vibration rather than transmitting it: what riders describe as a forgiving frame is buzz absorbed before it reaches the hands and seat, which fits a bike aimed at broken road surfaces.

Steel is also heavier, typically by several pounds, and it rusts, so paint damage is worth touching up on salted winter roads. The compensation is repairability: a bent or cracked steel frame can be welded and straightened almost anywhere, where a cracked aluminium frame usually cannot be economically repaired at all.

Brakes, and what is not on the sheet

AMYET states dual mechanical disc brakes for the EB26. There is no ambiguity here, unlike the G60, whose listing says only "dual disc".

Mechanical discs pull the pad with a steel cable, so lever feel is softer, braking force depends more on hand strength, and they need periodic adjustment as pads wear. Against that they are simple, cheap to service and need no bleeding. The concern is mass and speed together: a steel-framed fat bike rated to 330 lb and 28 MPH carries a great deal of kinetic energy for cables to dissipate, and AMYET publishes no rotor diameter. Every VTUVIA and EUNORAU bike we cover that names a brake type lists hydraulic discs, several with a stated 180mm rotor; only VTUVIA's FMB publishes nothing.

That is one of four absences worth listing together, because they recur on every AMYET model. No torque figure. No assist sensor type: the display offers five assist levels, but AMYET does not say whether the sensor is cadence-based or torque-based. No rider height range, which is a real loss on the one AMYET aimed at taller riders. And no bike weight.

Be careful with the weight figure that circulates. AMYET does not publish a bare bike weight for the EB26. What appears in the listing data is 30 kg, about 66 lb, and that is a shipping weight including carton, packaging, charger and toolkit — what arrives in a box, not what you lift onto a car rack. Eleven of the seventeen non-AMYET bikes on this site publish a bike weight, from 39 lb (Velotric's T1 ST Plus) to approximately 110 lb, and thirteen of the seventeen state their sensor type in writing.

Certification, warranty and support

AMYET states that the EB26 is UL 2849 compliant and lists the battery as IP65 rated. UL 2849 covers the complete e-bike electrical system — battery, charger, controller and motor tested together — where UL 2271 covers the pack alone. Several US jurisdictions, insurers and building managers now require UL 2849 before a bike may be stored or charged indoors; New York City's Local Law 39 is the best-known example. In an apartment building, this may decide whether you can keep the bike where you live.

IP65 means dust-tight and protected against low-pressure water jets. It applies to the battery only; AMYET publishes no ingress rating for the complete bike. Warranty is one year — standard rather than generous — with a 30-day trial, free shipping in 4 to 7 working days, and 90% assembly with a toolkit, manual and key.

How it compares

Against the G60, the EB26 trades energy for comfort and legal simplicity: you save $20 and give up 240 watt-hours for 26-inch wheels, a lockable fork, a steel frame and a Class-3 ceiling. The rule is unusually clean — if your rides run under roughly 25 miles and your roads are bad, the trade is worth making; if you need distance, it is not. See our G60 vs EB26 comparison. Against the S8 the gap is $380, 480 watt-hours, a second driven wheel, hydraulics against mechanical discs and full suspension against lockable shocks — and the S8 listing does not carry the UL 2849 claim the EB26 does. See EB26 vs S8.

Against the wider field, the EB26 illustrates this site's spine better than any bike we cover. Below about $1,200 you are buying watt-hours; above it you start buying brakes, sensors, gearing, certification and published specifications. Judged on price alone the EB26 is poor value, because twenty dollars more buys a third more battery. Judged as the only AMYET with 26-inch wheels, a lockable fork, a steel frame and a Class-3-legal ceiling, it is the right answer for a rider on rough tarmac doing moderate distances — provided they accept both the range ceiling and the sheet's silences. Our AMYET range overview ranks all five.