🇨🇳 Astribot

About Astribot

Astribot is a Shenzhen-based humanoid robotics company founded in 2022 that attracted immediate attention with the unveiling of its S1 platform. The S1 is distinguished primarily by its manipulation speed: demonstration videos showed the robot performing tasks at speeds exceeding 10 metres per second for arm tip velocity, which is significantly faster than most competing humanoid platforms and raises the prospect of humanoid robots operating at commercially relevant cycle times for manufacturing and logistics.

The company raised over $60 million in a seed funding round, reflecting strong investor confidence in its technical approach. Astribot's team has backgrounds in high-speed mechatronics and AI-driven motion planning, and the S1's performance characteristics suggest a deliberate focus on closing the cycle-time gap that has historically made humanoid robots impractical for production environments.

The S1 also features an AI manipulation system capable of acquiring new skills from limited demonstrations, a capability that is essential for making the robot adaptable to the varied tasks encountered in real industrial settings rather than requiring extensive reprogramming for each new application.

Key Products

• S1: high-speed humanoid with arm tip velocities exceeding 10 m/s; AI-driven manipulation; targeted at manufacturing and logistics applications

UK Market Presence

Astribot does not currently have UK commercial operations or European distribution. UK industrial customers interested in the S1 should monitor the company's international expansion announcements. Given the company's emphasis on manufacturing applications and the strong appetite for automation in UK manufacturing, Astribot is likely to pursue European market entry, possibly through distribution partnerships with established industrial robotics distributors.

Buying Used Astribot Equipment

No secondhand market for Astribot S1 units exists as of 2025, as the company has not yet shipped commercial volumes. Future used units should be evaluated with particular attention to the high-speed actuation system, where wear from repeated high-velocity operation could be significant. Verify actuator health across all arm joints and confirm that the AI manipulation software licensing terms are transferable before purchasing any used unit.