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Tactigon One
60,00 €
TACTIGON ONE (V.1) is a wearable board, programmable with Arduino IDE, specifically designed for precise 3D gesture control, motion capture, GPS tracking, and vibration measurements.
TACTIGON ONE (V.1) is a sophisticated wearable board specifically designed for precise 3D gesture control, motion capture, GPS tracking, and vibration measurements.
Featuring a user-friendly interface, it enables rapid programming and integration via the Arduino SDK, making it an excellent choice for IoT applications, wearable devices, and artificial intelligence projects.
With its advanced motion technology, this versatile sensor can accurately capture and monitor vibrations, making it a valuable component for structural health monitoring systems.
Applications
- Gaming
- Robotics
- Sports
- VR/AR
- Communication: BLE
- Arduino SDK 2D/3D API
- IMU on board: 3-axis accelerometer, gyroscope and magnetometer
- Other sensors: Temperature and Pressure
- Battery: Li-Ion rechargeable
- Dimensions: 46.9 x 15.2 x 5.5 mm
Examples
In this video we’ll look at how to use Euler’s angles to control a rover.
In this video we will look at how to build a Smart GPS Receiver using The Tactigon’s IMU to integrate GPS data with Euler’s Angles and save the path to smartphone’s memory.
Combining The Tactigon with Raspberry Pi in a project born from the need of lights controlling in an environment.
Tutorials
This is a first step to build your gesture recognition project. How to use accelerometer sensor in The Tactigon Board.
This project is simple gesture control. The video shows sample code to use Bluetooth 4.0, IMU sensor, and data send.
This project is simple gesture control. This is the Processing (Android) source code for the receiver unit.
In this tutorial we’ll be covering a very important topic that you need to consider when using any battery powered device.
In this tutorial we’ll be covering how you can gather information about the environment where you’re using the Tactigon board.
In this tutorial we’ll be covering one of the main onboard sensors, the magnetometer.
In this tutorial we’ll be covering one of the main onboard sensors, the accelerometer.
In this tutorial we’ll be covering one of the main onboard sensors, the gyroscope.
In this tutorial we’ll be covering how you can interface the Tactigon board with I/O devices.
In this tutorial we’ll be covering how you start using the onboard BLE of the Tactigon board.
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Tactigon Developer Case 329,00 €Tactigon wearable boards kit, programmable with Arduino IDE, for high precision 3D gesture control, motion capture, GPS tracking and vibration measurements.
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