As artificial intelligence continues to merge deeply with the physical world, Embodied AI is entering a phase of explosive growth.

Designed specifically as an evolutionary foundation for humanoid robots, SEER Robotics officially launches its latest product — the Embodied Wheeled Humanoid Robot Base C1-D.

More compact, more powerful, and purpose-built for humanoid robotics, C1-D breaks beyond the limitations of traditional industrial mobile bases and opens a new era where everything can become embodied.

1. Everything Can Be Embodied: High Compatibility and Deep Customization

C1-D is not merely a mobile base — it is a flexible carrier enabling humanoid robots to adapt to diverse real-world applications.

Highly Compatible

Purpose-built for humanoid upper-body structures, C1-D seamlessly supports a wide range of humanoid configurations, providing a more natural foundation for physical interaction.

Deeply Customizable

Featuring a modular architecture with flexible configuration options, C1-D supports rapid development and deployment, helping research institutions and enterprises quickly build customized humanoid robotic systems.

2. Intelligent Robot Brain: Integrated Wheel-and-Waist Control Architecture

C1-D breaks through the traditional boundaries of motion control and introduces an industry-first integrated wheel-and-waist control architecture.

Industry-First Integrated Solution

The system enables highly coordinated motion between chassis mobility and upper-body posture adjustment, significantly improving whole-body movement intelligence.

Powerful Computing Support

Its intelligent control system delivers real-time decision-making capability while supporting mainstream bus and computing platforms.

C1-D supports EtherCAT and CAN FD communication buses and is fully compatible with the NVIDIA Jetson Thor computing module, providing a robust computing foundation for advanced AI algorithms.

3. Compact Yet Powerful: Maximized Space Utilization

C1-D redefines the traditional perception of bulky industrial mobile bases through an extremely compact design.

Ultra-Compact Structure

The chassis measures only 650 mm × 650 mm, with a height of just 225 mm, reducing the overall body footprint by 15%.

Exceptional Maneuverability

With an ultra-tight turning diameter of only 820 mm, C1-D can move effortlessly through narrow aisles, dense workstations, and highly constrained industrial environments.

4. Precision and Safety at Every Centimeter

Safety is the essential foundation for embodied intelligence deployment. From positioning and perception to braking systems, C1-D delivers comprehensive operational safety.

High-Precision Positioning

C1-D achieves positioning accuracy of ±5 mm, ensuring stable and precise upper-body robotic operations.

360° Environmental Perception

Equipped with dual LiDAR sensors, the platform provides full 360-degree protection and accurate environmental awareness.

Instant Emergency Braking

A standard single-brake module enables stable emergency stopping without forward pitching, ensuring safe operation under unexpected conditions.

5. Fast Charging and Long Endurance

To support long-duration and high-intensity operation scenarios, C1-D provides efficient power management and charging capability.

Long Operating Time

The system integrates a 48V/40Ah lithium iron phosphate battery, delivering 6–8 hours of comprehensive operating endurance.

Rapid Charging

C1-D supports high-efficiency fast charging, reaching 80% battery capacity within just two hours.

Autonomous Charging

Deep integration with the M4 Intelligent Robot Management System enables fully automatic charging and energy management.

6. Collective Intelligence and Multi-Agent Coordination

In real-world industrial applications, robots rarely operate alone. Combined with the M4 Intelligent Robot Management System, C1-D demonstrates powerful multi-agent collaboration capabilities.

All-in-One Management

The system supports dynamic global task allocation and real-time system monitoring, enabling efficient management of large-scale robot fleets.

For example, the platform supports the smooth operation of 28 online robots simultaneously while coordinating 12 active task queues.

AI Large Model Integration

Through integration with AI large models and multi-agent collaborative planning, robot fleets can operate with highly coordinated efficiency similar to a unified intelligent team.

Conclusion

More compact. More powerful. More humanoid-ready.

The launch of the SEER Robotics C1-D is not merely a hardware upgrade — it is an entry ticket to the Physical AI era.

Whether for scientific research or industrial deployment, C1-D will serve as a critical foundation accelerating the evolution of humanoid robotics.

SEER Robotics, All Robots. One Platform. Fully in Your Control.