Full Suspension Electric Bikes

A full suspension e-bike pairs a front fork with a rear shock so both wheels track the ground independently. On the Trax 2.0 and Ranger 2.0 that means a hydraulic dual-crown fork with 60 mm of travel plus a DNM air shock; the Kommoda 3.0 runs an oil-spring fork with an air shock. Tires, pressure, frame fit, and setup still shape the ride, but the rear shock is what keeps the back wheel planted over washboard, roots, and potholes instead of bouncing through them.

For broken pavement, gravel, and light trail, yes — the rear shock absorbs the repeated impacts a rigid rear end sends straight into your spine, which matters on an 80 lb e-bike at 20+ mph. The honest trade-offs: full suspension adds weight and cost over front-suspension models like the Aura or Zenith, and a rear shock is one more component to set up and service. If your streets are genuinely smooth, a front-suspension model saves both.

Tires and suspension solve different problems. A 26×4″ fat tire at low pressure adds flotation and grip on sand, snow, and loose gravel; suspension controls bigger hits and keeps the wheels tracking. Most of this collection combines both — the Kommoda 3.0, Kommoda Pro, Trax 2.0, Rover Pro, Ranger 2.0, XF900 Pro, and Roam pair 4-inch rubber with full suspension. The exception is deliberate: the Sprint (27.5×2.6″) trades flotation for easier rolling on city streets.

Start with sag: in your riding gear, set the fork and shock so they compress roughly 20–30% of their travel under your weight — air units like the Trax 2.0's DNM shock adjust with a shock pump, while coil models like the Sprint's MT-100 use preload. Use the lockout (the Trax 2.0 and Ranger 2.0 forks have one) for long smooth-pavement stretches. Each manual lists baseline settings by rider weight — worth five minutes, because a badly set shock rides worse than no shock.

Usually, yes — motor, battery, rear shock, and linkage add up. Published weights in this collection run from 70.5 lb (Sprint) and 71.2 lb (XF900 Pro), through 80.5 lb (Rover Pro) and 81.6 lb (Roam), to 83–87 lb for the Kommoda 3.0, Kommoda Pro, Trax 2.0, and Ranger 2.0. The weight disappears once the assist is moving, but plan for it when lifting onto a rack or up stairs. The comparison table above lists the published weight for every model side by side.

Both frame styles are here in full-suspension form, so easy mounting no longer costs you the rear shock. Step-through: Kommoda 3.0 (14.6″ standover, fits riders 4′9″–6′3″), Kommoda Pro, Roam, Sprint, and Trax 2.0. Step-over: Rover Pro, Ranger 2.0 (fits 5′7″–6′6″), and XF900 Pro, where the full frame triangle suits more aggressive trail riding. Check each model's rider-height range in the comparison table rather than assuming by category.

Compare battery watt-hours first, then published range. The Trax 2.0 and Ranger 2.0 carry 52V 20Ah (1,040 Wh) packs rated up to 75 miles; the Kommoda Pro pairs the same 1,040 Wh with up to 68 miles; the Kommoda 3.0 is rated 68 miles from 960 Wh; the Rover Pro and Roam 62 miles; the Sprint 60 miles; the XF900 Pro 50 miles from 624 Wh. Real-world range drops with rider and cargo weight, hills, wind, cold, tire pressure, assist level, and throttle use — treat published figures as comparison points, not guarantees.

Use the test-ride page or contact an authorized dealer. Five minutes on the bike answers what a spec sheet can't: whether the standover clears in your everyday clothes, how the suspension settles under your actual weight, and how a bike of this weight feels leaning into a turn or lifting onto a rack. If no location is nearby, every e-bike includes a 30-day return window, and Cyrusher can authorize up to $200 of repairs at a local bike shop instead of shipping parts.