Magiclab - Quadruped Robot MagicDog
Magiclab Quadruped Robot
With 13 high-freedom joints and low-noise, high-torque motors, MagicDog executes 30+ stunts (backflips, moonwalks, handshakes, stretches). Boasting excellent all-terrain performance, it uses single-line LiDAR, binocular camera & RealSense to detect 7 obstacle types, adapting to slopes/gravel. Max climbing drop: 15cm; max angle: 40°.
MagicDog features a 4K HD camera, supporting one-click photo/video. Switchable via head camera, it offers a unique "dog's perspective" to capture and preserve precious moments clearly.
It has precise locking & intelligent following. Via TOP-DOWN method, it achieves fast target detection, recognition & tracking. A depth camera provides 3D coordinates, dynamically adjusting follow speed for smooth interaction in daily or outdoor scenarios.
Hoogtepunten

(1) Equipped with a 4K high-definition camera, supporting one-click photo taking. It can switch between photo and video modes via MagicDog's head camera, offering a "dog's perspective" to see the world and capture every precious moment.
(2) High-freedom body design for various hardcore stunts. It has 13 joint degrees of freedom and is equipped with low-noise, high-torque motor joints, capable of performing more than 30 difficult poses such as backflips, moonwalks, handshakes, and stretches.
(3)All-terrain walking with excellent obstacle surmounting capability. The collaborative application of single-line LiDAR, binocular camera and RealSense technology enables accurate identification of seven categories of obstacles. It has active obstacle surmounting capability and can flexibly adapt to uneven terrains such as slopes and gravel roads, with a maximum climbing drop height of 15cm and a maximum climbing angle of 40°.
(4)Precise locking and intelligent following. Adopting the TOP-DOWN method, it realizes target detection, recognition and continuous tracking. Combined with a depth camera to obtain the 3D coordinates of the target, it dynamically adjusts the following speed for smooth interaction throughout the process.

