Booster T1
T1 is a 1.18 m developer platform for student teams and labs. Build on its walking, balance and depth vision in Python, then test on the real robot.
T1 gives a team something to work with on day one, then opens up for no-code customisation and full programming, so projects can start straight away and go deeper every term.
Run built-in skill packs from the phone app or controller: walking, gestures, football, chat and dance.
Teach arm and head moves by hand, edit them into routines, and create chat characters with their own voice and personality.
Write controllers and perception programs in Python, test them in simulation, then deploy to T1 with live sensor and joint data.
Voice chat needs an internet connection. Skills shown are for the standard arm; the 7-DoF arm version supports fewer.
One platform can support a research project, a competition team and an engineering course, sharing the same robot and code.
Study walking, balance and perception on a real humanoid. The Standard edition gives motion control and perception a computer each.
Developers comfortable with Python, simulation time and a support stand.
Built-in skills track, chase and shoot the ball, giving a student team a working base for their own strategies and competition entries.
Full matches need perception, positioning and strategy software, and the standard arm.
Teach motion control, sensing and robot software on a platform students can program at joint level, with simulation before every real-world test.
A trained instructor, a support stand and a clear test area.
Images show manufacturer demonstrations and illustrations, not FARSEN projects.
At 1.18 m, T1 has 23 degrees of freedom, including a waist joint, and a rated runtime of 2 hours. Both editions share this body.
| Height | 1.18 m |
|---|---|
| Weight | approx. 30 kg |
| Degrees of freedom | 23 |
| Vision | Depth camera |
| Walking speed | 1 m/s |
| Runtime | 2 h |
| Charging time | ≤ 2 h |
| Connectivity | Wi-Fi 6 · Bluetooth 5.2 · Gigabit Ethernet |
| Walking noise | ≤ 70 dB |
| Emergency stop | Hardware button |
Manufacturer specifications (manual), standard 4-DoF arm configuration. The manual does not state runtime test conditions.
Both share the same body and the same Jetson AGX Orin computer. Standard adds a dedicated motion-control computer, so choose by whether your work needs control and perception to run separately.
Upper secondary teams, vocational courses and first lab projects.
University labs running control and perception research side by side.
Both editions share the same battery and runtime. Fit suggestions and "In practice" are FARSEN guidance. Arm configuration is chosen separately and changes which skills are available.
An edition name isn't a full specification. We go through these points with you before you order, so the T1 that arrives is the one you planned for.
Four steps, one partner, from your first question to T1 in your lab.
We shortlist robots and editions that match your learners and goals. You get a clear recommendation.
We assess technical fit, supplier capability and day-to-day use. You see what your T1 will actually do.
We flag quality, compliance and delivery risks early, and manage them. You hear about issues before they're problems.
We handle delivery, arrange training and take care of after-sales support. You keep one contact after delivery.
Tell us about your team, your lab's goals and the projects you have in mind. If K1 or T2 fits better, we'll say so.