Compact belt-drive street board
ONSRA Challenger 2.0 Street
The Challenger 2.0 Street combines a short, aggressive concave deck and functional kicktail with a torque-focused belt drive. The street wheel setup is aimed at riders who want a compact board with precise road feel and quick response.
Supplied to order through Powered Up PEV
You order and pay through us. We place the matching order with ONSRA, receive the board at our UK workshop, carry out a pre-dispatch check and then send it to you with tracking.
Technical information
Specifications
| Drive | Dual belt-drive motors |
|---|---|
| Motor format | Dual 5048 160Kv motors, according to ONSRA |
| Battery platform | 12S / 504Wh in ONSRA published test information |
| ONSRA tested speed | Approximately 45 km/h |
| Wheels | TARMAX street wheels |
| Deck | Compact kicktail with aggressive concave |
| Charger | 2.5A 12S Challenger charger listed by ONSRA |
| Riding character | Agile, compact and torque-focused |
Board details
Features and support
Key features
- Kicktail helps with low-speed repositioning and tight urban riding.
- Street wheels prioritise efficient rolling and precise feedback.
- Belt drive supplies strong acceleration in a shorter platform.
- Compact dimensions are easier to store than a full-size longboard.
Best suited to
- City roads and smoother paths
- Tighter carving and shorter urban rides
- Riders wanting compact belt-drive performance
- Intermediate and experienced riders
What is included
- Assembled Challenger 2.0 Street
- ONSRA remote and charging cable where supplied
- Compatible charger
- Board tools and manufacturer documentation
UK dealer support
Belts and wheels are service items. Powered Up PEV can help with belt sizing, setup, servicing and UK warranty support.
Powered Up PEV is an ONSRA UK dealer and service centre, supporting setup, maintenance, parts and eligible warranty cases.
Product gallery
Pictures
Official demonstrations
Videos
ONSRA belt and truck maintenance
Official ONSRA videos relevant to the Challenger belt-drive platform.
