Robotic technology has seen significant advancements with the development of autonomous systems capable of operating in harsh terrain conditions. The latest innovation comes from China-based DEEP Robotics, which has introduced the Lynx, a next-generation robot dog featuring a hybrid design that combines wheels and four-legged mobility. Designed for search-and-rescue missions, industrial inspections, and military operations, Lynx delivers outstanding performance even in the toughest environments.

Hybrid Mobility System with Wheels and Legs

Unlike traditional robot dogs, which typically rely either on legs or wheels for movement, Lynx combines both systems in a hybrid structure. It can move swiftly and efficiently on flat surfaces using its wheels while utilizing its legs for climbing obstacles and navigating rough terrains. The system can lock its wheels and transform into a fully four-legged robot, allowing it to adapt seamlessly to different surfaces.

Durable Design for Harsh Conditions

DEEP Robotics has rigorously tested Lynx in extreme conditions, including snow, ice, rocky terrain, and steep inclines. The results demonstrated its exceptional balance and mobility, showing that the robot can walk without slipping on icy surfaces, traverse deep snow without sinking, and maintain stability on steep inclines. Impressively, Lynx can even balance on a single leg.

The robot can move stably on inclined surfaces of up to 45 degrees and comes with an IP54 protection rating, making it resistant to dust and water splashes. This ensures long-term durability for outdoor operations.

Advanced Power System and Applications

With a 3-hour battery life, Lynx features a modular battery system that allows for easy recharging or battery replacement. It can carry loads of up to 12 kilograms and travel up to 15 kilometers, making it a valuable asset in exploration and logistics operations.

DEEP Robotics envisions Lynx being used for search-and-rescue operations, detecting trapped individuals under debris, assisting in military reconnaissance and logistics, and performing industrial inspections.

A New Standard for the Future of Robotics

Lynx’s hybrid design sets it apart from existing robot dogs. As autonomous systems continue to evolve, robots like Lynx are expected to become a key component in reconnaissance, logistics, and security operations. By setting new benchmarks in speed and durability, Lynx is poised to make a significant impact in the world of robotics.

📌 Source: Interesting Engineering