- Dynamic Velocity: The robot achieves a maximum locomotive speed of 3.7 meters per second. This speed is highly competitive within the industrial quadruped segment, making it suitable for tasks requiring swift movement.
- Terrain Adaptability: It can successfully manage steep inclines, up to 30 degrees , showcasing significant traction control and motor power reserves necessary for operating in mining sites, construction zones, or uneven natural environments.
- Obstacle Clearance: Vertical obstacle clearance is achieved through both continuous stair climbing (16 cm for steps, inferred from the D1 Pro) and powerful, explosive movements, allowing it to jump up to 35 centimeters high.
- High Stability: The technical capacity to execute complex actions—such as backflips and synchronized jumping, demonstrated by the D1 Pro model—indicates an advanced underlying dynamic balance system and high-bandwidth joint control, ensuring superior recovery and stability for the industrial D1 Ultra even during unexpected falls or impacts.
- Payload Support (Estimated): While the exact figure is proprietary, the focus on agility (15 kg base weight) suggests a limited effective payload. Based on the 50% battery endurance reduction when carrying a load, the maximum functional payload for dynamic tasks is estimated to be between 3 kg and 5 kg.
The AgiBot D1 Ultra Robot Dog is a compact yet powerful AI-driven quadruped robot designed for industrial inspection, security patrol, research, and education. Developed by AgiBot, the D1 Ultra combines reinforcement learning-based locomotion, modular expandability, and rugged durability into a highly adaptable robotics platform.
With intelligent gait control and real-time terrain adaptation, the D1 Ultra delivers stable movement across complex environments such as stairs, rubble, sand, and uneven surfaces—making it ideal for real-world deployment.
