Hiwonder JetAuto AI Robot Kit, NVIDIA Jetson/Raspberry Pi 5 Powered ROS Educational Robot with OpenClaw & Multimodal AI Model (ChatGPT), Voice Control, SLAM & AI Vision

Caractéristiques (extraites automatiquement)

Description

JetAuto robotic tutorial: schematics, codes, videos & projects. Everything for STEAM education, all in one place. https://wiki.hiwonder.com/projects/JetAuto/en/jetauto-orin-nano/. Product Description JetAuto is a high-performance AI robot car tailored for ROS-based education. Equipped with a Mecanum-wheel suspension chassis, NVIDIA Jetson controller, LiDAR, 3D depth camera, microphone array, and HD display, it delivers robust functionalities including motion control, mapping and navigation, path planning, obstacle avoidance, human recognition, somatosensory interaction, and voice interaction. JetAuto deploys multimodal AI models supporting both online and local deployment and deeply integrates the OpenClaw agent. This allows it to independently execute advanced embodied AI applications, including natural voice interaction, scene understanding, cross-platform collaboration, intelligent information aggregation, proactive response, dynamic low-level invocation, and spatial vector memory. Integrated with OpenClaw Agent Deeply integrated with the OpenClaw agent, JetAuto can be controlled through a PC or app, breaking device and scenario limitations. With built-in remote text and voice control, it supports multimodal command input, accurately perceives complex environments, makes real-time intelligent decisions, and autonomously plans and completes refined task workflows. Multimodal AI Model Deployment JetAuto supports both online and offline local deployment of multimodal AI models, enabling intuitive voice control and precise visual tracking. Driven by semantic understanding, it also executes autonomous line following and intelligent obstacle avoidance. Equipped with 3D Depth Camera Featuring a high-performance 3D depth camera, JetAuto captures high-precision 3D point cloud data and environmental depth information in real time. Coupled with advanced vision algorithms, it grants the robot sharp spatial perception. Built-in High-Performance LiDAR The high-performance LiDA