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LIMO Cobot Documentation

Comprehensive guide for LIMO collaborative robotics platform

LIMO Cobot Robot
LIMO COBOT STATUS
πŸš€ Ultimate Mode - Maximum Performance Achieved
Power:
100%
Systems:
100%
LIMO Cobot Robot
LIMO COBOT STATUS
πŸ”Œ System Offline - Awaiting Initialization
Power:
0%
Systems:
0%

🟒 System Initialization

Seamlessly set up and launch the complete ROS2 workspace for LIMO Cobot with a single command. Hardware, drivers, and environment configuration are automated for a plug-and-play experience.

πŸ”— One-Click Launch
πŸ–₯️ Automated Hardware Detection
βš™οΈ Clean Modular Workspace

πŸš— Autonomous Exploration

LIMO robot explores unknown environments using real-time SLAM, custom waypoints, and robust mapping. It navigates safely, performing rotational scans to ensure complete area coverage.

πŸ—ΊοΈ SLAM Mapping & Cartographer
πŸ”„ Rotational Scanning
πŸ€– Dynamic Path Planning

🟦 Real-Time 3D Object Detection

Integrated YOLOv8 object detection with depth cameras for precise 3D localization. Detected objects are transformed to map frame for actionable robotic responses.

🟑 YOLOv8 with Custom Dataset
πŸ”’ Depth-Based Localization
πŸ“‘ Map Frame Integration

βœ‹ Intelligent Manipulation

MyCobot arm executes robust, wireless pick-and-place tasks with automatic pose detection and error handling. Full integration with voice feedback and timeout recovery ensures reliability.

πŸ“Ά Wireless Arm Control
🎯 Precise Pick & Drop
πŸ”Š Voice Feedback Integration

πŸš€ Fully Autonomous Mission Logic

LIMO robot autonomously links all modules: explores, detects, navigates, picks, returns, and dropsβ€”no human intervention needed. Robust recovery and advanced launch sequencing make it production-ready.

πŸ€– State Machine Orchestration
πŸ’‘ Recovery & Error Handling
πŸ› οΈ Production-Grade Automation