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Booster T1

Booster RoboticsEditorial review pending

This historical soccer demonstration shows Booster T1. Confirm which hardware, software and programmed skills are included in the package you are considering.

Video credit: Booster Robotics. T1 soccer demonstration, published December 13, 2024. Watch the original on YouTube (opens in a new tab)

Booster T1 is most interesting when the project is the robot itself. It can give a robotics club or research team a body to program, practise with and improve. Booster describes it as a development platform, and its manual includes walking, ball tracking and motion teaching. Those activities make more sense as supervised learning projects than as a promise to take household work off your hands.3

Know the T1 you are looking at

The manual checked on October 26, 2026 describes a T1 standing 1.18 metres tall and weighing about 30 kg, with 23 degrees of freedom. It lists a walking speed of 1 metre per second and two hours of battery life, without specifying the workload here. These are Booster’s figures for the documented configuration.4

Basic and Standard divide the computing work differently. Basic uses a Jetson AGX Orin 32GB board, listed at 200 TOPS, for movement and perception. Standard separates Intel i7 motion control from its AGX Orin 32GB perception board. Earlier sales material described customized arms and hands, so compare the exact controller and hardware in each offer.47

Booster’s manual describes agents for gestures, conversation, football, teaching and dance. It specifically excludes soccer, teaching and dance from the configuration it calls the “7-DoF version”. Ask for a demonstration with the exact configuration and software version you are considering, especially if football or motion teaching is the reason for buying.3

Ownership starts with the operating routine

Starting T1 involves more than putting it on the floor. Booster's guide uses a rest for power-up, a removable battery, stationary initialization and a PREP mode before walking. Its warnings say to clear obstacles, avoid lifting it in WALK mode and keep hands away from moving parts. An emergency stop also requires a restart before continuing.65

For a school project, ask the instructor to demonstrate the whole session: preparation, movement, a safe stop and packing away. That helps reveal how much adult time and usable space the activity needs. A short performance on a stage cannot answer those practical questions for your classroom or home.65

The depth camera and microphones create another useful question before use around a family: which functions run on the robot, which send data elsewhere, and who can access recordings or logs? Request the terms for the installed applications and accounts. The presence of onboard computing alone is not an answer about privacy.4

Buying an earlier platform

T1 debuted in August 2024. In the catalogue checked on October 26, 2026, Booster foregrounded K1 and T2 while continuing to provide T1 manuals. A current direct-order T1 offer was not established. Before accepting a seller’s offer, obtain the exact package, condition, software access, spare-parts arrangements and warranty in writing.1237

Choose T1 only after the intended project is clear enough to demonstrate. For a football team, that might mean showing how students change ball-tracking behaviour and recover from a fall. For someone wanting chores done, the relevant demonstration is the chore itself. Keeping the task specific makes an impressive robot easier to evaluate.35

Explore further

Sources and notes

  1. 1. Booster Robotics: company history

    Booster dates T1’s debut to August 2024. The timeline gives a month, not a delivery date. This dates the debut, not current stock.

    Evidence checked: 2026-10-26

  2. 2. Booster Robotics: current catalogue

    The catalogue checked on October 26, 2026 foregrounds K1 and T2. That is not a statement that T1 was discontinued. A current T1 purchase needs its own seller, configuration and terms.

    Evidence checked: 2026-10-26

  3. 3. Booster T1: platform and built-in agents

    The manual describes a development platform and its built-in agents. Its named “7-DoF version” excludes soccer, teaching and dance agents; the label is not treated as a seven-joint whole robot.

    Evidence checked: 2026-10-26

  4. 4. Booster T1: Basic and Standard specifications

    The current manual lists 23 body joints, approximately 30 kg and two hours of battery life without specifying the workload here. Both computing arrangements use AGX Orin 32GB; Standard adds separate Intel i7 motion control. The manual’s CE/FCC wording is a maker statement, not this publication’s certificate assessment.

    Evidence checked: 2026-10-26

  5. 5. Booster T1: safety warnings

    Follow Booster’s complete operating warnings. The cited guidance covers clear space, PREP before WALK, moving parts, lifting restrictions and restarting after an emergency stop. These instructions do not establish unattended household suitability.

    Evidence checked: 2026-10-26

  6. 6. Booster T1: startup guide

    The documented sequence includes the rest, battery installation and stationary initialization before PREP and WALK. This is an introduction to the operating routine, not a substitute for the full manual.

    Evidence checked: 2026-10-26

  7. 7. Booster T1: earlier sales material

    Earlier indexed sales copy lists 23-joint Basic and Standard versions, a 31-joint customized gripper version, a 41-joint customized hand version and a one-year warranty. The old sales URL now redirects. Those historical details are not selected as current packages or support terms.

    Evidence checked: 2026-10-26

  8. 8. Booster T1: soccer demonstration

    This video names T1 and appears on the Booster Robotics channel. Sports footage does not establish autonomous household work or a guarantee that every T1 package includes the demonstrated software.

    Evidence checked: 2026-10-26

What does degrees of freedom mean?