Description
The F4F RoboFly Vision offers great agility and maneuverability, easily handling both outdoor and indoor conditions as well as fast flights. It’s designed as a flexible platform for research and development in robotics and autonomy.
Key features include:
Modular design for easy upgrades and customization
Motors housed in separate sections to reduce vibration
Raspberry Pi main computer for compatibility with a wide range of software and accessories
USB and Ethernet ports for connecting various sensors and devices
Cost-effective option for early-stage research projects
Advanced capabilities of F4F RoboFly Vision:
Vibration reduction technology to protect sensitive payloads
Open-source ROS software for extensive customization and integration
Simulator-ready for testing visual algorithms in virtual environments
Onboard artificial intelligence and computer vision for perception and autonomy
Powerful onboard processing for complex tasks and fully autonomous operation in real-world scenarios
Suitable for
Recommended Trainings
About This Product
- Wingspan: 22cm
- Dimensions: L22cm, H23cm
- Takeoff Weight: 870g
- Takeoff Weight with Cover: 943g
- Battery Weight: 267g
- Additional Payload: 250g
- Flight Time: 10 mins
- Maximum Speed: 25m/s
- Maximum Flight Operating Radius: 500m
Components
- Onboard Computer: Raspberry Pi 5 8GB
- OS + Autonomy System: ROS2 on Portainer
- FCU: Kakute H7 v1.3 running px4
- Distribution board
- 2 blade propellers: 5.1 inch propellers
- 4s 2800 mAh battery
- GPS: M9N
- VIO: Open Vins
- Front facing camera
- Down facing camera
- Hailo Ai Accelerator
Open source for research and prototyping using MRS UAV System.
Downloads
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