Our First Robot

Meet Ayg, The Programmable Quadruped

More than a robot — Ayg is a flexible platform for building, customizing, and scaling real-world robotics applications.

Ayg Quadruped Robot
Ayg

URDF Visualization

Below is an interactive visualization of Ayg’s URDF (Unified Robot Description Format) — the same model we use across our software stack, including simulation in Gazebo, visualization in Rviz, and reinforcement learning environments like Isaac Lab and Isaac Sim. You can explore the robot’s structure and experiment with joint movements directly in your browser.

Explore on GitHub

Joint Controls

-30° to 20°
-50° to 145°
-45° to 70°
-20° to 30°
-50° to 145°
-45° to 70°
-50° to 30°
-145° to 50°
-45° to 70°
-30° to 50°
-145° to 50°
-45° to 70°

Key Features

Ayg represents our vision for accessible and powerful robotics, combining programmability with exceptional physical performance.

Multi-Layer Programmability

Program at different levels: from high-level Python and TypeScript to lower-level C/C++ and full ROS2 architecture customization.

Powerful Actuators

12 high-performance actuators delivering 60 N.m peak torque each for exceptional strength and responsiveness.

Premium Materials

Built with carbon fiber, aluminum, titanium, and high-strength engineering plastics for optimal durability and weight.

Enhanced Battery System

Dual 48V 5000 mAh battery packs (10000 mAh total) for extended operation and mission flexibility.

High Mobility

Reaches up to 2 m/s while maintaining balance and stability across uneven terrain and dynamic environments.

Open Architecture

Built on ROS2 with open interfaces to enable complete customization and integration with existing systems.

Technical Specifications

Ayg combines precision engineering with flexible software and hardware components to create a robust, programmable robotics platform.

Weight

Approx. 20 kg

Actuators

12 high-torque actuators (60 N.m peak torque each)

Payload Capacity

Up to 10 kg

Speed

Up to 2 m/s (7.2 km/h)

Battery

Dual 48V 5,000 mAh battery packs (10,000 mAh total)

Materials

Carbon fiber, aluminum, titanium, high-strength engineering plastic

Software Architecture

ROS2-based with multi-layer programming support (Python, TypeScript, C/C++)

Compute Unit

NVIDIA Jetson Orin Super (67 TOPS)

Ayg Robot Technical Specifications