DR01 - Robot Details, Use Case and Specifications

DR01

DR01 by Deep Robotics is an AI-powered humanoid robot with 1.7m height, 1.6 m/s speed, and advanced adaptive learning for stable navigation on stairs, slopes, and uneven terrain.

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In Development

Made by

Hangzhou Yunshenchu Technology Co., Ltd.

Software Type

Closed Source

Software Package

Embodied AI algorithms for autonomous learning and adaptation. Fusion perception software for sensor-environment integration. Real-time motion planning and control modules.

Actuators

Equipped with Deep Robotics’ proprietary lightweight J60 joints and high-power J100 joints, DR01’s actuators provide high torque and flexibility, enabling smooth, stable, and powerful movements across its 12 degrees of freedom.

Compiute

Onboard AI processing integrates sensor data and environmental inputs, running real-time adaptive control and learning algorithms to optimize locomotion and task execution.

Sensors

Includes an array of environmental sensors for terrain mapping, balance monitoring, and obstacle detection, feeding data into fusion perception algorithms for precise movement control.

Max Op. time

mins

Robot Brief

The DR01 humanoid robot by Deep Robotics is an advanced AI-powered embodied intelligence explorer designed to autonomously navigate complex and uneven terrains while continuously learning and adapting through machine learning. Standing 1.7 meters tall and weighing approximately 80 kg, DR01 combines lightweight, custom-designed joints with a suite of environmental sensors to maintain balance on slippery surfaces, climb stairs, and handle slopes up to 25°. It achieves a walking speed of over 1.6 m/s and can step over obstacles as high as 18 cm. With its fusion perception algorithm, DR01 integrates real-time sensory data with environmental inputs to adjust its movements dynamically, enabling resilience and stability even when pushed or after slips. Positioned as a versatile platform for industrial automation, research, and advanced robotics applications, DR01 embodies the future of adaptive humanoid robots capable of learning new skills autonomously in dynamic environments.

Use Cases

DR01 performs agile bipedal locomotion across challenging terrains, including uneven ground, stairs, and slopes. It autonomously maintains balance and recovers from disturbances, adapting its gait and posture in real time. The robot supports advanced AI-driven learning to acquire new skills through interaction with its environment, making it suitable for tasks that require mobility, stability, and adaptive decision-making in industrial, research, and service contexts.

Industries

Industrial Automation: Supports repetitive and high-precision tasks in dynamic environments.
Research & Development: Serves as a platform for embodied AI and robotics innovation.
Search and Rescue: Navigates complex terrains for emergency response.
Logistics & Warehousing: Moves safely and efficiently in cluttered, uneven spaces.
Service Robotics: Assists in environments requiring adaptive mobility.

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Specifications

Length

Width

Height (ResT)

Height (Stand)

1700

Height (Min)

Height (Max)

1700

Weight (With Batt.)

Weight (NO Batt.)

Max Step Height

Max Slope

+/-

Op. Temp (min)

°C

Op. Temp (Max)

°C

Ingress Rating

No items found.

Intro

DR01 is a 1.7-meter tall humanoid robot weighing 80 kg, featuring 12 degrees of freedom with lightweight J60 and high-power J100 joints for flexible, durable movement. It integrates multiple environmental sensors and employs fusion perception algorithms to combine sensory and environmental data for real-time adaptive control. The robot can walk, climb, maintain balance after slips or pushes, and handle steps up to 18 cm and slopes up to 25°. Its AI-driven autonomy enables continuous skill acquisition and adjustment, making it a robust platform for diverse applications in complex settings.

Connectivity

Wireless connectivity (likely WiFi) for data and control
Sensor integration interfaces for real-time feedback
AI model update and remote monitoring support

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Capabilities

Walking speed over 1.6 m/s with stable bipedal locomotion.
Navigates 18 cm steps and 25° slopes.
Maintains balance on slippery or uneven surfaces.
Recovers quickly from slips and external forces.
Autonomous learning and adaptation through embodied AI.
Real-time fusion of sensory and environmental data for movement control.
Lightweight, high-torque joints for flexible and strong motion.

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