Find your balance point. Know before you loop out.
Wheelie Coach clamps to your handlebar in two minutes, learns the exact angle you can hold, and warns you about a third of a second before you go over backwards — without you having to look at anything.
Below your balance point — keep lifting.
Your learned balance point — hold exactly this.
Past recovery — the alarm should already be sounding.
How it works
Measures through the lift
Most balance sensors get confused the instant you pull up, because the motion of lifting throws off their sense of "down." Ours notices that and ignores the confused reading until you're steady again, so the angle on screen stays accurate the whole way through.
Learns you, not a preset
Every time you hold a steady angle for about half a second, that angle folds into a running estimate. No calibration, no menus, no number to type in.
Warns you before, not after
It looks at how fast you're tipping back and warns you about where you're heading — not just how far back you already are. Like a car's forward-warning system, not a rear-view mirror.
You never look at it
Ticks speed up as you approach. A heartbeat means you're in the pocket. A solid tone means brake. The screen is a convenience, never the thing keeping you upright.
See it in action
One wheelie each: e-bike/supermoto, gas dirt bike, bicycle — stock placeholders, swap for your own clips once you have them.
E-bike / supermoto wheelie — closest free stock match (urban motorcycle wheelie at night), swap for your own footage. Source: Pexels.
Gas dirt bike — closest free stock match (jump, not a sustained wheelie), swap for your own footage. Source: Pexels.
Bicycle wheelie — stock placeholder, swap for your own footage. Source: Pexels.
Try the logic
The simulator below works exactly like the real device — same balance tracking, same learning, same warning timing. Drag the slider and watch it react.
- Below balance — keep lifting
- Balance point — hold here
- Past it — loop-out risk
Lookahead is the one dial that matters most. Drag it to zero and the alarm becomes a plain threshold — notice how much later it fires.
This is a training aid, not a safety device. It can't prevent a loop-out, and if you go over too fast, there may not be time for any warning to help. Wear a helmet. Learn the rear brake first.
Real parts, not renders
This is the real hardware going into the build — not a mockup, not a placeholder. Exact suppliers and part numbers stay private; what matters here is what each part does and why.
Built-in battery charging and battery-level monitoring — no separate charging circuit needed.
Low noise, low drift — the sensor the balance logic runs on through every pull-up.
Matches the round gauge shape. Convenience readout only — never load-bearing.
~8h runtime target. Protected cell in a rigid tray outside the clamp's crush path.
Rigid, universal, fits 22.2/25.4/31.8mm bars. The whole 2-minute install.
Alert language
| Sound | Means | Do |
|---|---|---|
| Ticks, accelerating | Climbing toward your balance point | Keep going, ease off as they speed up |
| Heartbeat, twice a second | You're in the pocket | Hold exactly this |
| Continuous tone | Loop-out predicted | Feather the rear brake |
| Three long beeps | Fault — not measuring | Stop relying on it |
The three cues differ by rhythm, not pitch or volume, because rhythm is what survives wind noise and a helmet.
Nothing connects to your bike
No wires, no splices, no connector to your battery, motor or controller. A self-contained protected cell charges over USB-C. That's why it works on any e-bike.
| Spec | Value |
|---|---|
| Angle accuracy | Within 2° when steady, within 5° while lifting |
| Warning lead time | At least a quarter-second before the point of no return |
| Runtime | 6 h minimum, ~8 h typical |
| Charging | USB-C, about 3 hours. Charge indoors at normal room temperature. |
| Fits | Nearly all handlebars (22.2 / 25.4 / 31.8 mm) |
| Water | Splash and light rain only |
| Weight | ~140 g with clamp |