A streamlined, high speed quadrotor for flight dynamics and fast autonomy research.
Store / Drones, Robotics & AI / ROQUAI QuadRocket
The ROQUAI QuadRocket is built for one thing: speed with full data capture. A low drag carbon fibre monocoque, high Kv powertrain and digital low latency video make it a serious platform for high speed autonomy, agile flight research and aerodynamic data collection.
Like every ROQUAI platform it stays fully open: open source flight controller, logged flight data you own, and a companion computer option for onboard vision at speed.
Lead time four to six weeks. Purchase orders accepted.
| Type | Quadrotor, streamlined monocoque, carbon fibre |
|---|---|
| Size | 250 to 330 mm motor to motor |
| Motors | Four brushless, 1500 to 2000 Kv class |
| Propellers | 5 to 7 in high speed, quick release |
| ESCs | 60 A class, digital protocol, telemetry |
| Take off mass | 0.9 to 1.4 kg |
| Payload | Up to 250 g |
| Flight time | 8 to 12 minutes |
| Battery | 6S, 1.3 to 3 Ah class, quick swap |
| Autopilot | Open source flight controller, STM32H7 class, high rate logging |
| Onboard computer | Companion computer option for vision workloads |
| Navigation | GNSS, barometer, optical flow option |
| Sensing | Forward camera, digital low latency video |
| Links | 2.4 GHz control, digital video, telemetry |
| Interfaces | Spare UART, I2C, PWM, USB |
| Software | ROS 2 ready, MAVLink, open source ground stations |
Airframe, autopilot, digital video, radio, two batteries and charger. Ready to fly for pilots and control research.
Request a QuoteSport plus companion computer, camera pipeline and ROS 2 image for onboard autonomy research at speed.
Request a QuoteEnquiries: info@owelectric.co.uk
An open platform quadrotor for research and development. Nothing is locked down.
Price on applicationA sub 250 g ducted micro quadrotor for indoor research, education and swarm work.
Price on application