Comparison workspace
The machines, side by side.
Select up to four models. Compare their specifications, integration options, and commercial context — and keep the unknowns in view.
| Model intelligence | Booster Robotics T1 Standard |
|---|---|
| Model profile |  Explore T1 Standard ↗ |
| Status | Commercially available |
| Readiness score | Unscored |
| Payload | Unknown |
| Runtime | 120 min |
| SDK/API | Native C++/legacy Python SDK uses Fast DDS and Apache 2.0; robot-description assets BSD 3-Clause. Booster Train/Deploy use Apache 2.0 with third-party terms; ROS 2 message package root licence not established. New boosteros Python package declares Proprietary. Firmware, agents, weights and cloud data rights are separate. Python SDK requires Python >=3.10 / firmware >=1.7 and executes on robots or Booster Studio; Deploy requires firmware >=1.7.2 and ROS 2 booster_interface. Pin the exact robot, task, SDK and firmware; public code is not a turnkey safety driver. |
| Programming | Native DDS C++/Python; BoosterOS application API; configuration-specific access; ROS 2 message/service package; Deploy requires booster_interface; exact distro/BOM must match firmware |
| Compliance | CE marking: Supplier claimed FCC: Supplier claimed |
| EU readiness | Unknown |
| Lead time | Needs verification |
| EU support | China manufacturer support and public English/Chinese documentation, Seller-dependent overseas service; written territory and SLA required |
| Last verified | Nov 2, 2026 |
| Factory fit | Editorial: Established 23-axis, four-axis-arm research platform with Basic shared-compute and Standard dual-board configurations. German laboratory inventory independently confirms research access, not production deployment. No independently accepted manufacturing process, continuous production uptime or safe unsupervised collaboration established. |