Gravity: HuskyLens K210 AI Camera (No-Code Vision Sensor for STEM, Arduino & micro:bit)

Introduction

Bring the power of AI into the Grades 6-10 STEM classroom with the HUSKYLENS AI Camera, an easy-to-use AI Vision Sensor designed for hands-on learning. No complex coding. No frustrating setup. Just pure, hands-on learning. Imagine students designing a robot that recognizes their own face, an interactive game that responds to gestures, or a smart device that sorts objects by color. Powered by the Kendryte K210 processor, this Edge AI camera functions as a powerful object tracking sensor and a precise face recognition sensor without coding. As a unique vision sensor with a screen, students get instant feedback while training it to build a line following robot or other smart devices. It's the ideal vision sensor for STEM and serves as the perfect AI camera for micro:bit, Raspberry Pi, Arduino.

Why HUSKYLENS is the Ideal AI Vision Sensor for STEM Classroom

One-Click AI Training: No complex algorithms are needed. Students can teach HUSKYLENS to recognize new objects, faces, and colors in seconds. Simply point the camera and press the "learning" button. This hands-on process makes machine learning concepts easy to understand.

Instant On-Screen Feedback: With a built-in 2.0-inch color screen, students can clearly see what HUSKYLENS recognizes. This immediate visual feedback makes it incredibly simple to debug projects and understand how the AI interprets the world, all without needing a computer.

Seamless Integration with Existing Tools: HUSKYLENS works with hardware that is already in use. It easily connects to popular educational platforms like micro:bit, Arduino, Raspberry Pi, and LattePanda via UART and I2C interfaces.

Powered by a Dedicated AI Chip: A specialized Kendryte K210 processor performs all calculations on the device itself (Edge AI). This means fast, real-time responses without the need for a powerful computer or a constant internet connection.

From Idea to Invention: Endless Project Possibilities

HUSKYLENS is the "eyes" for countless student creations. Its six core functions provide the foundation for hundreds of cross-curricular activities spanning science, engineering, and art.

Face Recognition: Build a smart locker that opens only for its owner, or a classroom device that greets each student by name.

Object Tracking & Recognition: Create a robot that can follow a specific person, a gesture-controlled game, or an automated system that sorts different types of objects.

Line Following: Design a self-driving vehicle for a robotics competition, or a smart delivery bot that navigates a route drawn on the floor.

Color Recognition: Engineer a device that can sort colored blocks, a musical instrument that plays notes based on color, or a quality control system for a miniature factory.

Tag Recognition: Use QR codes and other visual tags to create interactive museum exhibits, auto-grading quizzes, or smart inventory systems.

Get Started Quickly with Dozens of Classroom-Ready Tutorials

HUSKYLENS is supported by a comprehensive learning ecosystem with over 40 free, step-by-step tutorials and structured courses. These resources, designed by educators for educators, provide a clear pathway to guide students from basic AI concepts to complex robotics challenges, saving valuable preparation time and ensuring impactful classroom learning.

AI Fundamentals with micro:bit

This foundational course series teaches students how to connect the HUSKYLENS and use block-based programming (MakeCode/Mind+) to explore its core functions. Through fun projects like a Musical Magic Mirror or a Face Recognition Access Control system, students learn the basic principles of machine vision, data input, and conditional logic.

AI Robotics with Maqueen Plus

This pathway applies AI vision to robotics. Students learn to build and program an intelligent vehicle that can perform tasks autonomously. Lessons cover advanced concepts like line-following for navigation, object tracking for transportation, and creating a self-driving truck, helping students understand how AI powers real-world automation.

Creative AI & Themed Projects

This collection showcases the creative potential of AI. Students can apply their skills to build imaginative inventions inspired by popular culture, such as a real-life Harry Potter Sorting Hat that recognizes faces or a Pokédex that identifies objects. These projects are excellent for fostering creativity, cross-curricular learning, and problem-solving skills.

Built for the Classroom: Reliable, Safe, and Durable

Designed for the rigors of a hands-on learning environment. HUSKYLENS is an officially approved device for the FIRST Tech Challenge (FTC), demonstrating its reliability and robust performance. It is fully CE and RoHS certified, ensuring it meets strict safety standards for student use. For added protection against bumps and drops, a custom-fit silicone case is available separately, making it a durable tool for years of discovery.

Video: Introduction of HUSKYLENS AI Camera

Video: Getting Started with HUSKYLENS AI Vision Sensor

Specification

Processor: Kendryte K210

Image Sensor: OV2640 (2.0Megapixel Camera)

Supply Voltage: 3.3~5.0V

Current Consumption (TYP): 320mA@3.3V, 230mA@5.0V (face recognition mode; 80% backlight brightness; fill light off)

Connection Interface: UART, I2C

Display: 2.0-inch IPS screen with 320*240 resolution

Built-in Algorithms: Face Recognition, Object Tracking, Object Recognition, Line Tracking, Color Recognition, Tag Recognition

Dimension: 52mm * 44.5mm / 2.05 x 1.75inch

Shipping List

HuskyLens AI Camera x1

Small Mounting Bracket x1

Heightening Bracket x1

M3 Screws x6

M3 Nuts x6

Gravity 4-Pin Sensor Cable x1

Documents

HUSKYLENS AI Camera | Vision sensor Product Wiki

New Function Update: Object Classification

Tutorials of HUSKYLENS

HUSKYLENS Projects

Download Mind+ (Scratch 3.0 Based Offline Editor) For Free

CE RoHS Certifications Files

Projects
Project 1. AI Projects made simple by HUSKYLENS

Introduction: This video has shown the demo of each and every algorithm that is built in this HUSKYLENS, also shown that how you can integrate this product with your favourite Arduino Board.

Project 2. DIY Line Tracking Robot with HUSKYLENS and Romeo

Introduction: This project will demonstrate the line tracking function of HUSKYLENS, and will install HuskyLens to a Devastator tank mobile robot, then HUSKYLENS will control the robot to perform line tracking.

Project 3. Easy Machine Learning on Arduino/Raspberry Pi with HuskyLens!

Introduction: This is a tutorial on how to easily use an Arduino and a HUSKYLENS to do complex artificial intelligence such as facial recognition, object detection, line following, object recognition and more!

Project 4. DIY Amazing Object Tracking Robot using HUSKYLENS

Introduction: This project will show you how you can make an Object Tracking Robot using Arduino.

Project 5. Can a $4 Raspberry Pi Pico Run an AI Project?

Introduction: With the combination of HUSKYLENS and Raspberry Pi Pico for ONLY $50, we can quickly build a digital instrumentation solution! And it can be adapted to digitize all kinds of meters!