Flatline Robotics
Autonomous Robot
Navigation with Vision
Self-driving robotics. Lane detection, avoidance, and recognition.
⏱ 6 Weeks · 2 Hrs/Wk
🎁 Keep Your Robot!
What You'll Build
- Build a mobile robot platform with camera mount
- Implement lane detection algorithms
- Create object avoidance systems
- Develop sign recognition for navigation
- Program autonomous decision-making logic
- Build a complete self-driving robot
Week by Week
1
Robot Platform Build
Assemble the mobile robot chassis. Mount motors, wheels, and camera system.
2
Lane Detection
Implement computer vision algorithms to detect and follow lane markings.
3
Object Avoidance
Add sensors and vision-based obstacle detection. Program avoidance behaviors.
4
Sign Recognition
Train a model to recognize traffic signs and navigation markers.
5
Navigation Logic
Combine all systems into autonomous navigation. Program decision-making.
6
Final Challenge
Test your robot on a complete course. Demonstrate autonomous driving.
Take Home Your Self-Driving Robot
A fully autonomous mobile robot with vision system, lane detection, obstacle avoidance, and sign recognition — ready to navigate any course you design.
Skills You'll Gain
Computer Vision
Lane Detection
Object Avoidance
Sign Recognition
Autonomous Navigation
Robot Programming
Equipment Provided
Robot Chassis
Camera Module
Motor Controller
Distance Sensors
Battery Pack
Controller Board
Good to Know
- Robotics experience helpful
- All materials included
- Small class: max 8 students
- Full project take-home
Build the future of autonomous robotics. Self-driving, vision-powered.
Register Now →