Hackster.io projects using Texas Instruments parts
Notice: The projects below are hosted by Hackster.io and posted by the Hackster community. By clicking on a project, you will be leaving Texas Instruments’ website.
LaunchPad Development Kit
Home
Light fight is a game in which two players compete and the winner is the person who presses more correct buttons based on a control light.
Our project detects the rotation of a potentiometer to give specific frequency feedback and a tilt switch to turn the system on and off.
Make your phone follow you around the house or in your yard while you are playing music, video calling, or when you just need your phone.
RoboMe can be used to transport items from one location to another, such as medicine from a dispenser to patient at home or hospital.
Ever wonder how bright the room is? Can you really believe in your eyes? Light Detector Test, bringing truth to the hellish facade of life
This program lets you measure any room using the TI-RSLK
DIY fully AUTOMATIC and WEBBASED SNOWCANNON under 300€ using Arduino UNO, MSP430, ESP8266
A circuit and software package that changes the frequency of the buzzer output based on a potentiometer dial.
This is a RX/TX module in BoosterPack format for use with the TI-RSLK MAX robotics learning platform, allowing communication between robots.
Quadruped robot with MSP432 as its base, controlled wirelessly by a remote control with joystick.
Release your anger on three small buttons in this wonderful speed-based game of Whack-a-mole!
Use Texas Instruments' MSP430FR2433 LaunchPad Development Kit and GUI Composer software tool to mix colors in an RGB LED in minutes!
We created a Spider-Roomba that has multiple forms of control and autonomous capability including visual and auditory feedback.
This project finds the XY location of the robot car as it moves to a location, characterizes its accuracy, and has some fun with a ball.
Use a remote controller to control the motion of a self-balancing Segbot.
This balancing "Segbot" sings and dances upon the recognition of different notes (UIUC ME 461)
The robot detects obstacles with Lidar, plans the path with A* algorithm, then travels through the path with motion tracking.
This is how to read TV remote signals with Texas Instrument C2000 series TMS320F28379D LaunchPad.
Count button clicks with a 7 segment display
What's better than a robot car you can drive? What about one that picks up small objects and assists a bad driver.
We designed a simple headcounter to provide a fast and easy way to keep track of a headcount to stay safe and organized!
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.