Deep Robotics Lite3 JY Quadruped Robotic Dogs

The Deep Robotics Lite3 JY Robotic Dogs are an advanced bionic quadruped. These robots boast superior driving power, cutting-edge precision-focused algorithms, enhanced environmental interaction features, and a multitude of expansion modules.

With an industry-level control system, these bots host a deeply optimised version of the kernel operating program, providing a high level of computing power. The algorithm used in the software of these robots assists in achieving boosted manoeuvrability, allowing the robot to overcome obstacles, climb stairs, and even perform some acrobatic tricks.

The Lite3V Venture utilises two ultrasonic radars and a wide-angle camera to navigate its environment and avoid obstacles from its front or back. These sensors are also designed to allow for precise identifying and tracking of objects or humans, providing the robot with a following path. The Lite3P Pro utilises the sensors included in the Venture along with a depth camera to determine the distance between itself and a target for a higher level of precision.

The most advanced iteration of the Lite 3 robot, the Lite3L is fitted with a Light Detection and Ranging (LiDAR) module, enabling it to autonomously interact with and navigate its environment. The LiDAR's accurate ability to determine ranges by targeting a surface with a laser and measuring the time for the reflected light to return to the receiver is carefully utilised by the robot to deliver accuracy and exploration independence using techniques such as Three Dimensional Simultaneous Localisation and Map Construction (3D Slam). This technique enables autonomous devices to map out unfamiliar environments whilst keeping track of their location within the environment.

• High-torque joint drive modules with reversed transmission efficiency
• Runtime of 1.5 - 2h or 4km on one battery
• Maximum speed of 2.5m/s
• Slope and Stair climbing ability of 40° or 15cm
• A 30cm high jump and 40cm long jump capability
• Supplied with front, back, and side flip programs
• Friendly interactions with twist dance, hand waves, and moonwalk.
• Self-righting automation
• Light Detection and Ranging modules
• Depth and wide-angle cameras and ultrasonic radars
• Three Dimensional Simultaneous Localisation and Map Construction
• Autonomous navigation, obstacle avoidance, and circumnavigation
• Object and human identification, tracking, and following
• High-resolution FPV video stream
• Built-in status lights within robots 'eyes'
• Modular-based design with attachments available
• RTK, 5G, and SDK/API support