DEEP Robotics
The new DR02 humanoid robot from DEEP Robotics features an IP66 protection rating that allows it to perform in all-weather applications.
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DEEP Robotics
The new DR02 humanoid robot from DEEP Robotics features an IP66 protection rating that allows it to perform in all-weather applications.
China-based embodied intelligence organization DEEP Robotics has launched its new generation of industrial-grade humanoid robot, the DR02.
The company stated that DR02 is the world's first humanoid robot with an IP66 protection rating, meaning it is capable of adapting to all-weather outdoor operations.
It integrates strong motion performance, advanced intelligent perception, a high-computing-power unit and a modular design, which the company said aims to break through environmental limitations, provide reliable and efficient intelligent technologies for various industrial scenarios such as security patrols and factory operations, and redefine the application boundaries of industrial-grade humanoid robots.
DEEP Robotics said the core breakthrough of DR02 lies in its IP66-rated waterproof and dustproof capability for the entire machine. Combined with a wide operating temperature range of -20°C to 55°C, the DR02 humanoid robot can transition between dry factories and outdoor rainy environments, such as low-temperature cold storage facilities and high-temperature workshops. The company said it has achieved "all-weather, all-time, all-scenario" continuous operation.
To maximize adaptation to existing human work scenarios, DEEP Robotics said its DR02 humanoid robot adopts a highly human-like design. With a height of 175cm and an arm length of 68cm, it is close to the standard body type of an adult male, making it more compatible with tools and workspaces used in daily human operations.
In terms of motion capability, DR02 has achieved stable movement across a variety of basic and complex terrains. A standard walking speed of 1.5m/s aligns with the rhythm of human-robot collaborative operations, while a maximum speed of 4m/s can meet the needs of emergency tasks.
It can stably climb continuous stairs with a height of 20cm and navigate 20° slopes. Combined with advanced motion control algorithms, it can also handle application environments such as warehouse shelf areas and outdoor work sites. Its dual arms have an operating load capacity of 10kg, and the entire robot has a carrying capacity of 20kg - sufficient to handle practical operational tasks such as cargo handling and emergency equipment delivery.
To ensure long-term value and efficient operation & maintenance (O&M) in industrial applications, DEEP Robotics said that DR02 innovatively adopts a modular quick-detach and quick-replace design.
The company said its core components, such as forearms, arms and legs, support quick detachment and replacement, and the left/right arm and leg modules are universal. DEEP Robotics believes this design greatly improves maintenance efficiency, reduces O&M costs and downtime and provides solid support for continuous operation scenarios.
DR02’s computing unit has computing power of 275 TOPS, which provides strong momentum for real-time data processing and complex task decision-making, enabling it to respond quickly to environmental changes. A multi-sensor system, consisting of a lidar, a depth camera and a wide-angle camera, builds a powerful perceptual computing platform, enabling it to accurately identify obstacles and plan optimal paths.
This high-performance hardware configuration not only supports DR02 in handling diverse and complex operations, but DEEP Robotics said it also enables the robot to gradually unlock more advanced intelligence through subsequent software iterations, realizing the long-term value of "becoming smarter with use" and continuously expanding the application possibilities of more scenarios.
Artificial Intelligence Deep Learning Machine Vision Machine Learning Industrial Automation Robot Arm Components Motion Control Sensors Cameras Lidar Software Robot Operating System News Press Release Cold Storage DEEP Robotics High-Performance Computing Humanoid Maintenance Modular Perception
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