Gravity: HUSKYLENS with Devastator Tank mobile robot platform and Romeo V2

Gravity: HUSKYLENS equipped with Devastat Tank mobile robot platform and Romeo V2

Including advanced artificial intelligence machine vision sensors and multifunctional mobile robot platforms

Seamless connection with Arduino, micro: bit, Raspberry Pi, and LattePada through UART/I2C

Adopting a 2.0-inch IPS screen, parameter adjustment does not require a PC

Using machine learning technology to recognize faces, objects, colors, lines, and QR codes

Enhance robot projects through gesture control, intelligent access, and interactive functions

Gravity: HUSKYLENS is equipped with the Devastat Tank mobile robot platform and Romeo V2, which includes advanced AI machine vision sensors, a multifunctional mobile robot platform, and an Arduino based robot board with motor drivers. HUSKYLENS sensors are designed to be easy to use and equipped with multiple features such as facial recognition, object tracking, object recognition, line tracking, color recognition, and QR code recognition. It seamlessly connects with popular main control boards such as Arduino, micro: bit, Raspberry Pi, and LattePada through UART/I2C ports, creating innovative projects without the need for complex algorithms.

Gravity: HUSKYLENS and Devastat Tank Mobile

The HUSKYLENS sensor features a 2.0-inch IPS screen, allowing for parameter adjustment without the need for a PC. It uses machine learning technology to recognize faces and objects, and can continuously learn new things from different angles and ranges, thereby improving its accuracy over time. The sensor is driven by the Kendryte K210 AI chip and performs 1000 times faster than the STM32H743 when running neural network algorithms, enabling it to effectively capture fast-moving objects.

This technology has opened up new possibilities for interactive projects such as gesture control, autonomous robots, intelligent access control, and interactive toys. HUSKYLENS can learn specific gestures and recognize hand movement patterns, providing data for creating engaging interactive projects. It can also learn and track new routes by pressing a button, simplifying route tracking without the need for tedious parameter adjustments.

HUSKYLENS can act as the "eyes" of robots, allowing them to recognize users, understand gesture commands, and assist in organizing tasks. This innovative sensor greatly enhances the functionality of robot projects, making complex interactions and functions easier to implement and more interesting.