120 kW Quad Inverter developed by the UW-Madison Formula SAE Electric Team.
Steering wheel with an integrated LCD screen to view racecar stats and buttons to change racing modes and torque vectoring on the fly.
Monitors the temperature, voltage, and current of our high voltage battery that powers our car!
Let's get started!
A small device that can be placed in a car's console to serve various functions such as temperature, time, date, etc.
This project was done to create an understanding of IoT and how one can step into it.
Autonomous Rover using OpenCV image processing
Assembly and programming - an overview how easy it can be.
MKR WiFi 1000 talks to a car through OBD-II interface, and uploads the data to IoT cloud for real-time monitoring and post-processing.
Home robot-tank for AI researches, built with open-source hardware, powered by Raspberry Pi, has OpenCV and TensorFlow onboard.
Drive a radio-controlled car via a RESTful API using any internet-enabled client!
This project demonstrates the use of MAX32620FTHR for replacement of Arduino in a smart robot car.
Show smile/angry emojis to the driver behind you.
Self-driving rover using computer vision and deep learning to identify and clean up small pieces of trash.
Find out just how good of a racer you are with a mini steering wheel, and finger operated gas and brake pedals!
An automated guided vehicle is a must for any industry. Her we present the Smart Automated Guided Vehicle which is based on Industrial IoT.
This project covers a battery monitor on an automotive relay form to check the voltage of any vehicle and set alarms at different levels.
Build a wireless Netduino car with UWP control.
An easier alternative to using a boring, inconvenient, pen-and-paper Drivers Log!
An Arduino-based rover that is capable of sensing its environment and navigating without human input.
Calculate distance to a certain object using an ultrasonic sensor. It can be used for car distance alerts, security systems, etc.
This project uses an ultrasonic sensor to indicate the distance of any object from it.
In this project, I will share some of the techniques used by my low-cost robot car projects.