主要规格及技术指标

材质: 铝合金
轮子类型: Mecanum 轮，360° 全向移动
支持控制器: Jetson NANO 4GB, Jetson Orin NX SUPER, Jetson Orin NANO SUPER, Raspberry Pi 5
硬件模块: 激光雷达 (SLAM A1 或 S2L), 深度摄像头, 语音交互模块
最大速度: 1.0 m/s
AI 能力: 人体姿态检测, 自动驾驶, 深度学习, KCF 目标跟踪, MediaPipe 用于 3D 检测和识别
遥控方式: 手机 APP, 操控杆, ROS 系统, 电脑键盘, 跨平台互联 (APP, Jupyter Lab, ROS)
激光雷达支持: SLAM A1/S2L 激光雷达, 支持算法映射, DWA 路径规划, 导航, 避障
深度摄像头支持: RTAB-Map 3D, 视觉深度应用
多车支持: 多车单点和多点导航, 同步控制
模拟: Rviz 模拟, 产品结构拆解显示图
教育资源: 103 个视频课程, 免费 ROS1-Melodic, ROS2-Foxy/Humble 课程, 开源代码, DeepSeek AI 教程, ROST-Docker 集成, ROS 模拟, 开发工具
保修: 30 天免费更换, 90 天零件/维修保修, 终身免费技术支持

Material: Aluminum alloy
Wheel Type: Mecanum wheels, 360° omnidirectional movement
Supported Controllers: Jetson NANO 4GB, Jetson Orin NX SUPER, Jetson Orin NANO SUPER, Raspberry Pi 5
Hardware Modules: Lidar (SLAM A1 or S2L), depth camera, voice interaction module
Maximum Speed: 1.0 m/s
AI Capabilities: Human body posture detection, autonomous driving, deep learning, KCF target tracking, MediaPipe for 3D detection and recognition
Remote Control Methods: Mobile phone APP, handle, ROS system, computer keyboard, cross-platform interconnection (APP, Jupyter Lab, ROS)
LiDAR Support: SLAM A1/S2L LiDAR, algorithm mapping, DWA path planning, navigation, obstacle avoidance
Depth Camera Support: RTAB-Map 3D, visual depth application
Multi-Car Support: Multi-car single and multi-point navigation, synchronous control
Simulation: Rviz simulation, product structure disassembly display diagram
Educational Resources: 103 video courses, free ROS1-Melodic, ROS2-Foxy/Humble courses, open source codes, DeepSeek AI tutorial, ROST-Docker integration, ROS simulations, development tools
Warranty: 30-day free replacement, 90-day parts/repair warranty, lifetime free technical support

主要功能及特色

基于 ROS1 和 ROS2 操作系统的教育机器人，适合深入学习机器人技术
兼容多种高性能开发板，提供灵活的硬件选择
配备激光雷达和深度摄像头，支持 3D 映射、导航和避障
支持语音交互和 AI 视觉识别，适用于自动驾驶和目标跟踪研究
提供丰富的课程资源和开源代码，助力 AI 编程和 ROS 系统学习
支持多种跨平台遥控方式，操作灵活，适合团队协作
模块化设计，便于组装、升级和定制

Educational robot based on ROS1 and ROS2 operating systems, ideal for advanced robotics learning
Compatible with multiple high-performance development boards, offering flexible hardware options
Equipped with lidar and depth camera for 3D mapping, navigation, and obstacle avoidance
Supports voice interaction and AI visual recognition, suitable for autonomous driving and target tracking research
Provides rich course resources and open-source codes for AI programming and ROS system learning
Supports various cross-platform remote control methods, flexible for team collaboration
Modular design for easy assembly, upgrading, and customization

主要附件及配置

无