PathDriver : RC car - line follow game

thingiverse

PathDriver is a cutting-edge new game that puts players in the driver's seat of paper taxis racing on a track. Each player controls their taxi's speed and makes crucial decisions about which direction to take at intersections, all while competing to pick up as many passengers as possible. Will you emerge victorious by choosing the right path and racking up a record number of passengers? This game is designed to be not only entertaining but also easy to play, making it an ideal choice for beginners in any field. So why wait? Head over to my website at http://pathdriver.pixngraph.com to learn more. Want to see PathDriver in action? Check out the latest gameplay videos on YouTube: https://www.youtube.com/watch?v=Z-b4DR9EMr0 and https://www.youtube.com/watch?v=siZty1yiycY. **Print Settings** Printer Brand: RepRap Printer: Smartrap Rafts: No Supports: No Resolution: 0.2 Infill: 35% **Post-Printing** Build It! Get started with this comprehensive guide that walks you through every step of creating your own PathDriver game, perfect for discovering the world of Arduino. Level up by following the levels in the guide: Level 1 Level 2 Level 3 Level 4 PathDriver Finished! You can contribute to this project by lending a hand in various ways: Build and correct the PathDriver game using our step-by-step guide Improve the papercraft models used in the game Design the track for an exciting racing experience Optimize the Arduino sketch, focusing on NRF24l01 communication and line follow Take your contribution to the next level by rewriting the NodeJS/Meteor application with ReactJS or moving 3D models from SketchUp to OnShape. **Full Component List (BOM)** A kit will soon be available for purchase, featuring all necessary components for a car at an affordable cost of around $30. The kit includes: Arduino nano Motors (2) Motor Driver TCRT5000L 150 ohms resistor 10 kohms resistor Cables Switch Batterie Holder 218650 Batterie (2*18650) Breadboard (*2) SYB170 not stackable NRF24L01 16V 47uF Capacitor Arduino nano for the bridge NRF24L01 for the bridge 16V 47uF Capacitor Breadboard RFID Card (522) RFID Tags (Track) **How I Designed This** PathDriver was designed using SketchUp and OnShape, bringing together a unique blend of innovative design and functionality.