AVU - Short form of "avustaja". Meaning helper or assistant in Finnish. AVU is a robot that actually do some work and help.
An autonomous RC car that uses OpenCV for lane detection with PD-controlled steering, while an optical encoder regulates speed.
Use OpenCV and a Raspberry Pi 5 to create a lane keeping self-driving car that even responds to stop signs!
A tone-detecting, line-following, break-dancing robot car!
An obstacle-avoiding robot that travels at a set path and reroutes its path with necessary calculation if it encounters any obstacle.
Autonomous/Lane Keeping RC Car using Computer Vision on BBAI-64
BeagleBone AI 64 powered autonomous Car that drives and detects blue lane lines and automatically stops at red stop boxes!
Autonomously navigates a vehicle along winding paths using real-time image processing and PID control algorithms.
Meet the ECFG GMSL3 Frame Grabber Series: high-performance, customizable, and built for the future of automotive testing!
This autonomous robot project entails navigating to waypoints, collecting and depositing golf balls, with scoring based on time and accuracy
Autonomous RC car with lane detection, PD steering, encoder speed control, and object detection.
A 1:10 RC AI car where a neural network does the driving and an embedded controller guarantees it stops.
A little self-driving car that can stay between lanes and know when to stop is like 90% of a Tesla Model S.
Bridge the gap between language and action. LanderPi integrates Multimodal LLMs and 3D vision for complex, autonomous robotic reasoning.
Our group designed and developed a firefighting and rescue robot.
Tesla? Rivian? What are those? Welcome to nine lives, the autonomous RC car so safe that it makes you feel like you have nine lives.
Robot that was intended to solve mazes using backwards traversal on waypoints with code that removes suboptimal waypoints
Go hands-on with autonomous driving! MentorPi pairs YOLOv11 and ROS 2 to master lane keeping, sign detection, and smart parking. 🚗💨
Raspberry pi powered RC/toy car aka the Stick Master performing lane keeping with OpenCV
An M5Stack rover uses six LiDAR reflectors for global pose, fusing LiDAR and odometry for autonomous driving—no SLAM or ArduPilot.
Learn to collect driving data, train an AI model, and deploy autonomous driving on a DonkeyCar.
Sub $400 Garden Rover with 3000W grass mower, powerful turret plant watering system, autonomous, AI voice (OPEN SOURCE + BUILD GUIDE).
A 2.35 kg metal-chassis combat robot controlled over WiFi via an ESP32-hosted web server, built for a Robotics competition.
An AI-powered water-quality monitoring rover using biomimetic sine-wave propulsion for efficient, autonomous aquatic exploration.
