If you ever have trouble knowing how far to pull up into your garage, this is the product that can help.
Implemented LPC2129 microcontroller for Side-light & Head-light tasks, mimicking real car functions with Acceptance Filter Setting.
We converted an RC car into an autonomous vehicle, utilizing a Raspberry Pi 4 and an encoder to provide lane-keeping and speed control.
Human Following Bot
Teensy 4.0, VL53l0X Lidar, SSD1306 Display, PCA9685 PWM and CircuitPython 6
Here is a project that involves the electric side of your bike or car! we are building a 12V Bulb flashing circuit fully documented.
Unobtrusive device, monitoring our in-car movements, making our car journeys safer.
Particle Argon-Based Internet of Things, Using 3 Argons to Measure Coolant Temperature Through the Radiator of a Formula SAE Race Car
This article is about how to detect a Karman Scroll Airflow Sensor.
Dimmable smooth LED interior light for your car!
Web app capable of detecting turns and braking quality with a smartphone accelerometer.
This is a small prototype car that uses an ultrasonic sensor so a car will turn to avoid hitting a wall with a remote on off capability.
Start AI robotics without the setup. TurboPi: a complete, affordable Raspberry Pi 5 kit with vision, voice, and full code access.
Have you ever wanted to make your remote-controlled car run by itself? Nico and Others (dubbed, 'Team YoungerWoods') have done it! :)
We teach a car to stay in it's lane and stop on a dime
Got a toy you don’t use? Let’s add some ingenuity and hobby skills to make it exciting! Inspired by my Smart Robot Car Kit mods. 🚗✨
Our project aims to develop a device that detects distances of near objects and alert drivers of when to stop while parking.
Welcome to this project tutorial on how to build a WiFi-controlled mini tank. This project is completely 3D printable from scratch and requi
Setting up and Building a parking sensor with Particle Argons, digital, and analog sensors.
Create a cybertruck at a fraction of the cost, mainly focusing on developing a fully functioning lane keeping algorithm.
Our project AutonomiX Innovators presents a smart car that expertly self-navigates for a safer, seamless driving experience.
We designed a lane-keeping R/C car using a Raspberry Pi, OpenCV, and a singular eye (camera).
This robot car's motion is controlled by the direction you tilt your hand, with a gripper that opens and closes when you bend your fingers.
Let your engine breathe a little easier.
