Hiwonder JetMax 2027

Product Description

JetMax2027 is a desktop AI robotic arm designed for education. Powered by a Jetson or Raspberry Pi 5 controller, an STM32 multi-function controller, and magnetic encoder bus servos, it features a 3D depth camera and the WonderEcho Pro AI voice box. By integrating advanced inverse kinematics and mainstream algorithm frameworks, it enables 3D environmental perception, dynamic target tracking, and intelligent grasping. Deployed with multimodal large AI models and the OpenClaw agent, JetMax bridges multi-dimensional perception with physical execution. Fully supporting Python programming and backed by comprehensive courses, it redefines embodied intelligence development.

ROS2 x OpenClaw

Empowered by high-performance hardware and multi-dimensional sensors combined with multimodal large models, JetMax achieves next-level human-robot collaboration and intelligent task execution.

Deploys Large AI Models

Integrating vision, voice, and text AI models, JetMax intelligently perceives surroundings, plans actions, and executes tasks. This unlocks advanced Embodied AI applications, including emotion perception, scene understanding, target tracking, and AI-driven navigation.

Depth Camera & 3D Vision

Equipped with an advanced 3D depth camera, JetMax generates real-time depth maps and point cloud data to precisely capture spatial depth information, enabling accurate distance measurement, edge detection, and versatile visual applications.

Modular End Effectors

With a modular end-effector design, JetMax allows you to easily switch between the electric suction nozzle, metal gripper, and pen holder kit, effortlessly adapting to diverse operational tasks and AI applications.

Dual-Controller Design for Efficient Collaboration

Industrial-Grade Precision Structure Design

JetMax features an industrial-grade CNC linkage mechanism with carbon fiber rods, drastically reducing structural backlash. Integrated with 24 precision bearings, it eliminates transmission gaps, ensuring high rigidity and repeatability for XYZ 3D spatial movements.

Geek-Style Hardcore Configuration

JetMax features a dual-brain architecture combining an ROS controller and an STM32 controller. Equipped with 12-bit magnetic encoder bus servos, a 3D depth camera, an AI voice box, and a 7-inch HD touchscreen, it provides robust hardware support for advanced secondary development.

Why Choose JetMax?

A Professional Embodied AI Development Platform Engineered for ROS Developers

Empowering Embodied AI with Multimodal Models

Integrated with multimodal AI models, JetMax supports both online API integration and offline local deployment, ensuring stable operation even without internet access. By fusing data from the 3D depth camera, and AI voice module, JetMax forms a complete perception-decision-action loop to drive advanced embodied AI applications.

Creative Applications of Multimodal AI Large Models

Embodied Intelligent Sorting

JetMax accurately parses voice commands. Using its depth camera, it detects the color, shape, and spatial distance of targets, autonomously planning paths and grasping sequences for 3D intelligent sorting.

Visual Scene Understanding

Powered by deep visual cognition, JetMax identifies environmental elements and object attributes, providing human-like voice feedback.

Object Tracking

Leveraging large visual models for scene analysis, JetMax extracts environmental info, locks target coordinates, and uses the KCF algorithm for dynamic tracking.

YOLO Interface Integration

Call the underlying YOLO vision interface via voice commands for real-time target detection and autonomous sorting.

Semantic Understanding & Drawing

By parsing natural language commands through LLMs, JetMax autonomously plans movement paths to complete creative tasks like drawing.

Intent Perception & Decision-Making

Combining environmental and object data, JetMax uses LLMs for multimodal reasoning to output actionable decisions.

Intelligent Reasoning & Calculation

Using large visual models to recognize text and formulas, JetMax completes logical reasoning and calculations, driving physical actions.

AI Large Model x OpenClaw 3D Grasping and Sorting

Cross-Platform Collaboration

Issue commands in your words anytime via apps like Telegram, turning your daily communication tool into a dedicated robot console.

Intelligent Information Aggregation

Following your commands, JetMax scans the environment in real time, extracts feature information, and generates status reports.

Proactive Response

When encountering unexpected anomalies, JetMax thinks autonomously and quickly executes remedial strategies.

Autonomous Task Decomposition

Provide a task goal, and JetMax automatically deduces and generates specific action steps to handle complex scenarios.

Task Planning & Fault Tolerance

If the sorting area changes, JetMax triggers a self-healing mechanism to replan its route and try again.

Spatial Vector Memory

The system records historical targets and scenes. For similar tasks, JetMax reuses past strategies for precise execution.

Full-Stack ROS Development Ecosystem
Key ROS2 Features

Multimodal Scene Expansion and Creative Applications

JetMax's modular hardware architecture supports suspended mobile chassis for transitioning from fixed to mobile grasping. It also seamlessly integrates with motorized sliding rails and electrical conveyor belts, enabling you to build AI automation simulation scenes for diverse intelligent projects.

Cross-Platform Interconnected Control

Controller Selection Recommendations

Kit Differences

High-Performance Hardware Configuration

Specification Parameters

Packing List