SUPER MAV
A safety-assured high-speed navigation micro aerial vehicle (MAV) with modular hardware components for research and development.
Flying robots and their flight controllers. 33 robots on Robotheca, each with its licenses and its source on GitHub.
Page 1 of 2 · Ready to build first, then by buildability
A safety-assured high-speed navigation micro aerial vehicle (MAV) with modular hardware components for research and development.
An open-source, torque-controlled aerial loco-manipulator whose extremity can be reconfigured as a tail for flight, a hand for manipulation, or a leg for hybrid aerial-contact locomotion.
An open-source autonomous quadrotor drone built by the NEU REAL Lab, with a high-load, stable-localization design for autonomous obstacle avoidance flight.
An open-source 250mm autonomous quadrotor drone that flies in unknown environments and avoids obstacles using VINS visual-inertial odometry and EGO-Planner.
FinsROV is a low-cost, open-source underwater robot platform designed for underwater tasks and research in robotics and AI.
An open-source flight controller platform for multicopters with dual-processor redundancy, supporting GPS, optical flow, UWB, and vision-based navigation.
A small drone platform based on Espressif ESP32/ESP32-S2/S3 microcontrollers with Wi-Fi control and multiple flight modes.
An ROV/AUV underwater robot controlled by STM32 and Raspberry Pi for navigation and sensor data processing.
A quadcopter flight controller based on STM32F103 with remote control, PCB, 3D models, and ROS 2/PX4 simulation support.
A small quadrotor drone based on STM32 that can fly stably.
An open-source mini drone/quadcopter firmware for ESP32 and ESP32-S series SoCs, controllable via Wi-Fi or gamepad.
A lightweight drone control and multi-agent localization system combining flight controller, UWB relative localization algorithm, and software monitor.
A compact aerial robot with omnidirectional visual perception for autonomous navigation and mapping.
An open-source micro drone based on ESP32-S3, controllable via smartphone app, browser, or remote controller with Wi-Fi video transmission and RID broadcasting.
An open-source quadcopter framework providing schematics and flight control source code.
A lightweight drone flight controller using STM32, PID control, and BLDC motors.
An open-source ESP-FLY drone with CAD models, Crazyflie-based flight firmware, a PyQt6 PC debugging tool and an Android control app.
An open-source quadcopter drone with a self-built frame and flight controller, designed for indoor flight and formation experiments.
A mechanical model combining tensegrity structure with a quadrotor drone.
A unified and versatile quadrotor platform series designed for UAV research and applications.
A 400mm wheelbase quadcopter drone with full protection, designed for university electronic design competitions.
A 7-inch ducted fan unmanned aerial vehicle designed for vertical takeoff and landing with a payload capacity of approximately 2 kg.
KunPeng is a dual-rotor drone that can achieve stable hovering at a fixed point and altitude.
A micro-scale swashplateless twin-rotor flying robot with its own flight controller hardware, control software and mechanical design.
Robots 1–24 of 33