SU17 Research Drone Obstacle Avoidance Test in Stone Array and Forest
Introducing the SU17 Research Edition Drone—an open-source UAV designed for advanced scientific applications.
In this test, we put the SU17 through two challenging scenarios: navigating through a stone array and flying autonomously in a dense forest. Powered by 3D LiDAR and onboard SLAM, it performs precise localization, real-time mapping, and reliable obstacle avoidance, even in GPS-denied environments.
The SU17 is an all-in-one research drone platform designed with integration and reliability in mind.
It combines a flight controller, onboard computer, quad-camera visual SLAM module, gimbal camera, and data transmission module into a single compact system, significantly enhancing hardware stability and dependability.
Powered by the autonomous drone software, the SU17 supports advanced functionalities such as target recognition and tracking, path planning, and more.
For enhanced environmental awareness, the SU17 offers a Mid-360 3D LiDAR sensor, paired with the FAST-LIO algorithm to enable precise 3D SLAM capabilities. Integrated with the EGO-Swarm path planning algorithm, it excels in 3D mapping and real-time obstacle avoidance, even in complex environments.
The SU17 is the ideal platform for cutting-edge research, offering unparalleled performance and flexibility.
Your Purchase Includes:
1x SU17 Drone
1x MID-360 LiDAR
1x Pack of LiDAR Cable
1x GPS Antenna
1x Pair of Tri-Blade Propeller
1x Remote Controller
1x Set of Protective Cover
1x 6000mAh Battery
1x Battery Charger
1x Wiring Kit
1x Packaging Case
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