Astribot T1

About

About Astribot T1

Astribot T1 is a cable-driven wheeled humanoid for manipulation, interaction and application development. Astribot designs the robot together with its Lumo AI models and embodied operating system. The body stands approximately 1.55 metres tall, has 23 degrees of freedom excluding end effectors, and supports a rated five-kilogram payload per arm. Modular end effectors, computing modules and sensors allow different development configurations.

With the Lumo-2 base model, T1 has demonstrated autonomously tidying miscellaneous objects into a backpack, including handling deformable items. Developers can access joint control, Cartesian motion, whole-body coordination and sensor data through SDKs and APIs. Astribot OS adds skill libraries and application tools; teams used T1 for short application-development projects at the September 2026 hackathon. Further household behaviours remain dependent on additional training.

Capabilities

Source-backed capabilities

  • Control modes: Autonomous
  • Home tidying and tool use

    Demonstrated - 2026-09-29 - Autonomously tidy miscellaneous items into a backpack using Lumo-2.

    Source

Timeline

  • Astribot brings T1 to North America with immediate US availability

    2026-09-29 - Product Launch - The company advertised immediate delivery and modular options for end effectors, computing modules and sensors. T1 stands approximately 1.55 m tall, weighs about 66 kg and provides 23 degrees of freedom excluding end effectors, with up to 5 kg payload per arm. Developer access includes joint and Cartesian control, whole-body coordination, sensor data and VR teleoperation alongside the Lumo AI stack.

    Source
  • Astribot introduces T1 robotic platform

    2026-05-27 - Product Launch - At launch, the China starting price was CNY89,900, presented alongside an approximate US$13,165 equivalent. The design combines cable-driven manipulation with customizable AI computing for service-robot and VLA development.

    Source

Context

Comparable Systems

Related Systems