SUPER MAV
A safety-assured high-speed navigation micro aerial vehicle (MAV) with modular hardware components for research and development.
- Level
- Advanced
- Buildability
- 64/100
- Buildable with some effort
- Cost
- Not stated
Open-source robots with their licenses, parts and source files. Every page is pinned to a commit 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 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.
DroneFinsROV 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.
DroneA 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.
DroneAn open-source mini drone/quadcopter firmware for ESP32 and ESP32-S series SoCs, controllable via Wi-Fi or gamepad.
DroneA 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 quadcopter framework providing schematics and flight control source code.
DroneA 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 quadrotor UAV based on STM32F103C8T6, FreeRTOS, and cascaded PID for experimental flight control and remote operation.
A DIY quadcopter drone built from scratch using an STM32F411CEU6 microcontroller.
An open-source quadcopter flight controller and electronic speed controller with CAD files for a drone frame.
Robots 1–24 of 28