Deep Robotics LYNX All-Terrain Quadruped Robot Dog

Deep Robotics LYNX All-Terrain Quadruped Robot Dog

High-Speed Wheel-Legged Robot for Agile All-Terrain Mobility

The Deep Robotics LYNX All-Terrain Quadruped Robot Dog is a unique wheel-legged robotic platform designed to combine the speed and efficiency of wheeled mobility with the terrain adaptability of a quadruped robot. Its integrated wheel-leg architecture allows LYNX to travel rapidly across suitable surfaces while adapting to obstacles and uneven terrain.

Unlike conventional wheeled robots, LYNX can use its legs to overcome challenging terrain and large obstacles. The robot can transition between rolling and legged movement, providing increased mobility across outdoor environments, slopes, steps, and irregular surfaces.

The platform is designed for field operations where speed, agility, and terrain adaptability are essential. Its compact design and advanced mobility make it suitable for inspection, emergency response, reconnaissance, logistics, research, and other professional robotic applications.

LYNX also supports advanced perception and autonomous functions, allowing the robot to detect its surroundings and navigate complex environments. Its quick-swap battery system supports extended missions and helps minimize downtime during field operations.

Key Features

• All-terrain wheel-legged robotic platform
• Hybrid wheel and leg locomotion
• High-speed wheeled mobility
• Legged movement for challenging terrain
• Maximum speed up to 5 m/s
• Up to 22 cm continuous step capability
• Up to 80 cm single obstacle capability
• Up to 45° slope capability
• Quick-swap dual battery system
• Advanced environmental perception
• Obstacle avoidance capabilities
• Autonomous navigation capabilities
• Compact and agile design
• Designed for outdoor and mixed-terrain operation
• Suitable for industrial and professional applications

Why Choose Deep Robotics LYNX?

• Combines the speed of wheels with the adaptability of legs
• Designed for rapid movement across outdoor environments
• Can handle steps, obstacles, slopes, and uneven terrain
• Provides excellent mobility compared with conventional wheeled platforms
• Quick-swap battery system supports extended field operations
• Compact design provides high maneuverability
• Suitable for remote operations in challenging environments

Ideal Applications

• Industrial inspection
• Infrastructure inspection
• Emergency response
• Search and rescue
• Hazardous-area reconnaissance
• Security and surveillance
• Fire detection and investigation
• Outdoor logistics
• Mining and industrial operations
• Scientific exploration
• Robotics research
• Autonomous mobility development