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H1, a humanoid robot standing at human height (~6ft), excels in versatility and adaptability, navigating various terrains with intuitive controls and modular customization. Equipped with advanced lidars and depth cameras, it offers precise environment perception and is primed for diverse applications in research scenarios.

G1, a small humanoid robot standing that excels in versatility and adaptability, navigating various terrains with intuitive controls and modular customization. Equipped with advanced lidars and depth cameras, it offers precise environment perception and is primed for diverse applications in research scenarios.

GO2 is a medium sized cost-effective quadruped robot. It is the enhanced version of GO1 with much more software capabilities and a fraction of the cost. Furthermore, it comes with an inbuilt 3D lidard and a much more capable in obstacle avoidance.

GO1 is a medium sized quadruped robot. It features multi- terrain traversal capabilities, precise control, easy to use, and customized modules. The customization for the current GO1 include a 3D lidar (Ouster) which can be utilized for obstacle avoidance and autonomous navigation in outdoor as well as indoor environments.


B1 is a large sized quadruped robot. It features multi-terrain traversal capabilities, precise control, easy to use, and customized modules. The customization for the current B1 include a 3D lidar (Ouster) which can be utilized for obstacle avoidance and autonomous navigation in outdoor as well as indoor environments.

BZ1 is one of the largest commercially available quadrupedal mobile manipulation platform that is designed to perform various tasks such as picking and placing objects, inspection, exploration, etc. It is a multi robot system that can be operated for whole body operation via ROS allowing it to move with precision and dexterity.


A1 is a medium sized quadruped robot. It features multi-terrain traversal capabilities, different levels of control, easy to use, and customized modules. The customization for the current A1 include a 3D lidar (Ouster) which can be utilized for obstacle avoidance.

Z1 robotic arm is a type of industrial robotic arm that is designed to perform various tasks such as picking and placing objects, assembly, packaging, and material handling. It consists of a series of articulated joints that are controlled by motors and sensors, allowing it to move with precision and dexterity. It is typically used in conjunction with B1.