Remember Smartcar, the easy to use vehicle platform for your hobby-grade projects? It received an upgrade with ESP32 and custom chassis!
A project that uses Google Assistant to start a car using Macchina's M2 with SuperB wireless expansion module.
Version 2 of my lane detection system!
Android board computer for vehicles using UDOO
Having problems with your car speedometer?! Just build a GPS-based one.
Use a smart battery charger on up to 6 batteries - wave your hand to turn display on and check charging.
TiWo, keepin' it cool
With this simulator, you can develop an OBD2 device and related service on your desk without going to the garage.
Record IMU and GPS data from your motorcycle with Arduino and the RideData.net Android App! Recording gravity data has never been so fun!
Use Hologram's cellular network to monitor a fleet of vehicles using OBDII, Raspberry Pi, GPS, and GSM.
This system will help prevent accidents caused by drunk driving.
A model road with lights that only work when there is a car on the road. It also sounds an alarm when the car drifts out of the lane.
Securily connect your car to the Web with a MediaTek Linkit One to share location, record vital statistics and help fight air pollution.
As newer driving and safety features are added to modern vehicles, older cars are left in the dust. Not anymore!
Control your Chrysler car's aftermarket radio with only cruise control buttons, thanks to Arduino
A Texas Instruments MSP430 designed to input driver data using ADC, handle logical faults, and output via CAN-Bus using SPI.
Build your own small autonomous car with Android Things.
Building a rain sensing alarm with Arduino.
Curious about autonomous driving, AI and neural networks? Build your own autonomous driving car and get your hands on these topics!
Learn how to install Pivot Raizin VS-1, voltage stabilizer and HKS Mega Thick 8GA Grounding Cable by yourself with this guide.
A Digistump-based LED strip that calculates what RPM corresponds to each gear to aid in heel-toe downshifting and rev-matching. Budget: $20
The robot tank learned to follow unmarked walkway using OpenCV and TensorFlow.
Using a particle, we connected it to an Air Ride suspension in a VW Rabbit and are able to control it through the phone.
An accessory to monitor and analyze the performance of brakes in automotive vehiles.