Mars
Quadruped robot with dual-arm manipulation capabilities
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Mars is a quadruped robot platform from Elephant Robotics that combines mobile locomotion with dual robotic arm manipulation. Designed for research, education, and industrial applications, it features a four-legged mobile base with integrated robotic arms for complex manipulation tasks. The platform is ideal for researchers, educators, and developers working on mobile manipulation, AI, and autonomous systems.
Released: 2024
Overview
Mars represents Elephant Robotics' advancement into mobile manipulation robotics, combining the stability and mobility of quadruped locomotion with precision dual-arm manipulation capabilities. The platform is built on a robust four-legged chassis that provides stable movement across various terrains while supporting integrated robotic arms for complex manipulation tasks.
Designed as a versatile research and development platform, Mars integrates advanced sensors including LiDAR and stereo cameras for autonomous navigation and environmental perception. The robot's modular architecture and comprehensive software support make it accessible for academic research, industrial prototyping, and advanced robotics education.
With ROS compatibility and extensive SDK support, Mars enables developers to implement custom applications ranging from autonomous inspection to mobile manipulation tasks. The platform's combination of mobility, manipulation, and sensing capabilities positions it as a comprehensive solution for exploring advanced robotics concepts in real-world scenarios.
Key Features
- Quadruped Locomotion: Four-legged mobile base with 12 degrees of freedom providing stable movement up to 1.6 m/s across varied terrain
- Dual-Arm Manipulation: Integrated robotic arms with 500mm reach and ±0.03mm repeatability for precision manipulation tasks
- Advanced Sensing Suite: Equipped with LiDAR, stereo cameras, and IMU for autonomous navigation and environmental perception
- High Payload Capacity: Supports up to 14kg payload while maintaining mobility and stability
- ROS Integration: Full ROS compatibility with comprehensive SDK support for custom application development
- Multi-Communication Options: WiFi, Ethernet, and 4G connectivity for remote operation and data transmission
- Extended Runtime: 90-minute battery life supporting extended autonomous operations
- Industrial-Grade Durability: IP54 rating providing dust and water resistance for challenging environments
Applications
Mars is designed for research institutions and industrial applications requiring mobile manipulation capabilities. In academic settings, it serves as a platform for exploring topics in mobile robotics, manipulation planning, SLAM, and human-robot interaction. Industrial applications include autonomous inspection in manufacturing facilities, material handling in warehouses, and maintenance tasks in environments where combined mobility and manipulation are essential.
The robot's robust design and sensor suite make it suitable for deployment in semi-structured environments such as factories, laboratories, and logistics centers. Its ability to navigate autonomously while performing manipulation tasks enables applications in quality control, remote inspection, and collaborative automation scenarios where traditional fixed manipulators or mobile-only platforms fall short.
Technical Highlights
The Mars platform showcases Elephant Robotics' integration of quadruped locomotion with precision manipulation in a single cohesive system. The 12-DOF leg system provides dynamic stability and terrain adaptability while maintaining a stable platform for the integrated robotic arms. The high-precision repeatability of ±0.03mm in the manipulation system demonstrates industrial-grade accuracy despite the mobile platform.
The comprehensive sensor fusion combining LiDAR for spatial mapping, stereo cameras for visual perception, and IMU for motion tracking enables advanced autonomous capabilities. The IP54 rating ensures reliable operation in industrial environments, while the multi-protocol communication system (WiFi, Ethernet, 4G) provides flexible deployment options for both local and remote operations. The ROS-compatible architecture with extensive SDK support accelerates development and allows seamless integration with existing robotics ecosystems.
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