As part of UNC Charlotte's Formula SAE team, we built a race car to compete this May at the SAE National Competition in Brooklyn, Michigan.
Adding an aesthetic aspect to the working functionality of my bluetooth vehicle.
In this project, we will be Interfacing Fingerprint Sensor with Arduino to design Fingerprint Sensor Based Self Bike Starter using Arduino.
The color sensor is programmed to detect three colors (RGB). Based on the color, the car moves in different paths.
Using the TrackALL IoT device from mcThings, we'll create an easy example of creating an IoT parking sensor solution with Tago and Sigfox.
IoT becomes limitless with web integration from Intel. This is demonstrated with our hacked-together car!
The Infant Car Alert System is an inexpensive, programmable, reliable device to prevent child deaths due to heat stroke in vehicles.
To extend our V2X ecosystem we are constantly adding entities. This time we added a truly crucial component: EV charging.
A three-wheeled, Arduino-based car which can be controlled by Android phone.
Personalized driving experience on shared rides
This smart car is for helping students to gain knowledge of mechanical structure, electronics and related basic skills.
This project uses an ultrasonic sensor to indicate the distance of any object from it.
B15 HoloBot on Windows 10 IoT Core (Raspberry Pi 2 Model B) + Arduino.
Let's get started!
Learn how to step by step implement your own parking system with the use of a Raspberry Pi, Arduino Nano, and Plate Recognizer's SDK.
In this tutorial, you are going to learn about how to control DC motor with Raspberry Pi.
Build your own Arduino wireless robot using an HC12 wireless module. Complete codes, circuits and design.
This project is for 9 year old students to able to program this robot car. It uses mBlock (Scratch-based) with drag-and-drop programming.
This is a project for a little self-driving robot that avoids things. It roams around randomly and sleeps too.
Calculate distance to a certain object using an ultrasonic sensor. It can be used for car distance alerts, security systems etc.
Using a particle, we connected it to an Air Ride suspension in a VW Rabbit and are able to control it through the phone.
My Tachometer failed so I replaced the original mechanism with a stepper motor, driver board and Arduino pro micro
The presented robot captures line position with IR Sensors. If the robot get off the line it will U turn and back to the line again.
Use Pixy2 and Arduino to train your robot car to follow road signs!
