Gravity HUSKYLENS 2 6 TOPS LLM MCP AI Vision Sensor

Overview

Gravity: HUSKYLENS 2 is an on-device AI vision sensor built around the Kendryte K230 platform, designed for makers, robotics developers, and embedded AI projects that need real-time visual intelligence without depending on a cloud connection.

With 6 TOPS AI computing power, it supports more than 20 built-in vision models and also allows deployment of custom models such as YOLO directly on the device. That makes it a practical choice for object detection, recognition, smart interaction, and rapid prototyping in robotics and automation systems.

A standout feature is its MCP service, which provides contextual awareness for LLM-based systems. Combined with the onboard camera, display, microphone, speaker, LEDs, and simple Gravity interface options, HUSKYLENS 2 helps bridge vision sensing and intelligent decision-making in modern smart robotics projects.

Key Features

• On-device AI vision sensor based on Kendryte K230 dual-core 1.6GHz
• 6 TOPS AI performance for edge vision applications
• Supports deployment of custom models, including YOLO
• MCP service for contextual awareness in LLM-enabled systems
• Built for smart robotics, embedded AI, and interactive projects
• Gravity communication support via I2C / UART
• Type-C interface for power and connectivity
• Onboard 2.4-inch IPS touch display for local interaction
• Integrated microphone, 1W speaker, fill lights, RGB indicator, and function button
• TF card slot for expandable storage

Specifications

Technical details for Gravity: HUSKYLENS 2.

Why choose it for robotics?

Unlike a basic camera module, HUSKYLENS 2 combines sensing, processing, display, and interaction hardware in one unit. This reduces integration effort and makes it easier to add vision-based behaviours to robots, STEM builds, and AI edge devices.

Its support for both ready-to-use models and custom deployment gives you flexibility: start fast with built-in capabilities, then move to your own trained model when your application grows.

Note: power and interface details should be matched carefully with your controller or host system during integration.