A Teensy converts PS/2, I2C, or ADB from a laptop touchpad or trackpoint into USB mouse commands. Trinket and Pi Pico code also provided.
This will show a "nearly universal" USB controller using a Teensy 4.1 on an FPC connector board that will work with most laptop keyboards.
I designed and built a useful home robot to navigate around the house and help with simple tasks.
MoveThisWay is an autonomous robot that transports heavy payloads on programmable paths with obstacle detection capability.
Logs GPS location whenever it detects movement.
Instead of a blinking an LED, why not blink fire? In this tutorial, I'll show you how.
Plug in any combo of up to 4 NES, SNES, or N64 controllers, use them as USB HID joysticks.
High speed CAN data performance display
An accelerometer measure bumps/potholes. These are geo-tagged with a GPS-unit and saved to an uSD card. Visualization via Google Maps.
4 osc monophonic synth
I designed a PCB that uses a Teensy, an LCD screen, joystick, buttons, battery and speaker to create a GameBoy-like gaming system!
Get your Teensy Setup for Arduino, and start using the Serial debugger in Visual Micro straight away to solve those last few code issues....
Imagine a hexapod big enough to ride around like an electric scooter. Oh yeah!
Teensy, Arduino, Modular, Autonomous, Avoiding Obstacle, Self-Balanced, Pressure Control, Lidar, Gas Sensor, Drone, Gyro, GPS, Wi-Fi, Camera
Foodie is an IoT Home automation project intended to track the usage of your food.
GPS Map trace generated using the WiFi Data Logger
A hand mounted laser controller that when aimed at intelligently crafted targets, can control a smart home, a presentation, etc.
NFC reader using the newest and most capable NFC chip from NXP. Contains an OO implementation of the NCI.
193 WS2812 leds in 7 rings combined with a laser cutter acrylic frame to a tiny shiny christmas tree.
Our project is to design and build a wireless sensor array for a pig farm in Thailand.
A 2x260W@4Ohm audio amplifier complete with a preamp and some basic digital controls/monitoring
I've been called in to resurrect a 12 year old project from a friend to re-purpose it into the VR.
Use a high-speed port to transfer eight bits at a time on a graphical display 128x64.
A 32-channel RGB audio spectrum analyzer / visualizer driven by teensy 3.2 with FFT using WS2812B 32x8 RGB LED
