Semi-Humanoid Embodied AI Service Robot

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Next Generation Embodied AI for Services

FlashBot Arm, developed by Pudu X-Lab, features an innovative design combining specialized delivery capabilities with humanoid manipulation. By integrating cutting-edge embodied intelligence technologies, it achieves breakthrough autonomous task execution capabilities, delivering unprecedented intelligent service experiences.

Adaptive to the Environment, Unlocking Versatile Applications

Seamless Navigation
Effortlessly press elevator buttons, swipe access cards and open doors with its dual hands — no costly modifications needed.
Independent Operation
With dexterous hands for precise tasks, it can potentially handle a wide array of responsibilities.
User-Friendly Interaction
Multi-modal AI interaction allows for effortless human-robot communication, making engagement and marketing feel more natural.
Safety
Comprehensive sensing through vision and tactile sensors, combined with compliant force control algorithms, ensures a safe interaction between humans and robots.

Autonomous Operation

Intelligent Decision-Making

Capable of autonomously recognizing environments, understanding tasks, and executing them with precision.

7-DOF Arms

Maximum operating diameter of 2 meters with two robotic arms that can be lifted, capable of handling a wider range of tasks.

Dexterous Hands

Equipped with PUDU DH11 dexterous hands, supporting precise operations.

Seamlesss Delivery

VSLAM + Omnidirectional Perception

3D mapping for precise navigation and obstacle avoidance.

Independent Suspended Chassis

Efficient and smooth movement enhances delivery efficiency.

Enclosed Compartment

Spacious dual-door design to meet safety delivery requirements.

Safe and Reliable

FlashBot Arm is equipped with high-precision sensors included RGBD cameras, LiDAR, panoramic cameras, and pressure-sensitive skin for dynamic environmental perception. With advanced algorithms, it achieves precise force control and immediate stop upon encountering obstacles, ensuring comprehensive safety in human-robot interactions.