Raspberry pi4 powered autonomous Car that drives and detects blue lane lines and automatically stops at red stop boxes.
Creating an autonomous self driving car that uses lanekeeping and stops at "stop boxes".
Formula Student is a global engineering competition that challenges university students to design, build, and race a formula-style race car.
An autonomous RC car that uses OpenCV for lane detection with PD-controlled steering, while an optical encoder regulates speed.
Build AutoTag, a Vehicle Proximity Identifier using ESP8266, Locate your vehicle effortlessly with a loud beep, making parking lots a breeze
Paradox RoboRumble Robot
Use OpenCV and a Raspberry Pi 5 to create a lane keeping self-driving car that even responds to stop signs!
Perfect for you :D
Developed a WiFi-enabled Segbot Car that interfaces with a PC to track real-time mouse input using LabVIEW.
You have seen cars made using Arduino it's good and big, but have you seen a tiny car using a tiny microcontroller?
In this article I will talk about my project to finalize a cheap drift car. I will make a musical drift car out of a dead toy with animated
An autonomous rover combining high-speed edge vision and deterministic MCU control to identify and eliminate weeds without chemicals.
Our autonomous car uses a Raspberry Pi 5 to perform real-time lane keeping, speed control, and stop detection for a self-driving experience.
IoT device that can detect motion disturbance with multiple alarm colors to indicate what type of alarm was set off.
Self-driving car with 0 calories controlled by BeagleBone Black
A custom Arduino-powered Indian truck alarm clock with dual OLED displays, realistic truck startup sounds
This RC car system will successfully self-drive on a track by staying in between lanes, stopping at "Red Lights" and correcting speed.
A scan tool built to read CANBUS data on a vehicle and publish to a dashboard, where the viewer can see steering angle and brake information
Ditch 3 separate bots! The ROSOrin's modular chassis (Mecanum, Ackermann, Differential) is the only robot platform you need to learn, build,
Meet the ECFG GMSL3 Frame Grabber Series: high-performance, customizable, and built for the future of automotive testing!
Autonomously navigates a vehicle along winding paths using real-time image processing and PID control algorithms.
We have coded an RC car to autonomously follow a track and stop at a "stop sign".
This was one of the most popular low-cost, high value-for-money 8-bit MCUs in the early 2000s.
