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Pricing Guide

Booster T1 Price and Purchasing: Which Edition to Buy

The Booster T1 is the champion model of the 2025 RoboCup Soccer AdultSize category: a 118 × 47 × 23 cm body, approximately 30 kg, between 23 and 41 degrees of freedom by configuration, 130 N·m peak torque and 200 TOPS on an NVIDIA AGX Orin. More than 50 robotics teams and research institutes worldwide use this body.

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Booster T1 humanoid robot, front view
Booster T1 playing football on a pitch
Booster robots at a RoboCup tournament

How Much Does the Booster T1 Cost?

Investment in the T1 is scoped per project and set by corporate quotation according to edition (Basic, Standard or Customized), end-effector choice, unit count and delivery terms. If you have a corporate or academic requirement, reach us through the contact form and we will map out the sourcing route and timeline together.

Is It for Sale in Turkey?

We deliver Booster Robotics hardware to corporate projects through enterprise supply, commissioning and engineering support. We talk with organizations that have a T1 requirement and assess import and delivery terms, the service plan and a realistic timeline per project. See our T1 product page for the full technical breakdown.

Differences Between Editions

MeasureBasicStandardCustomized
Dimensions118 × 47 × 23 cm; 57 cm legs, 45 cm arms
WeightApproximately 30 kg
Total degrees of freedom233141
Arm DoF4 (extensible)7 + 1 hand7 + 6 hand
End-effectorNoneGripperDexterous hand
CPUNoneIntel i7 1370pIntel i7 1370p
GPUNVIDIA AGX Orin, 200 TOPS
Peak torque130 N·m, dual encoder
Joint rangeWaist ±58°, hip pitch ±118°, knee 0-123°, ankle pitch -50° to 20°
Camera and IMUDepth camera, 9-axis IMU
AudioCircular six-microphone array and speaker
Battery10.5 Ah; two hours walking, four hours standing
ConnectivityWi-Fi 6, Bluetooth 5.2, USB, Ethernet
Warranty1 year (manufacturer's product warranty)

Figures come from the specification table on the T1 product page. The body, joint ranges and torque are identical across the three editions; the difference is the end-effector and compute.

Who It Is For: Research and Competition

The T1's design decisions target the research loop. A 30 kg body can be carried by one person, so no crane or two-person setup is needed in the lab and the iteration loop shortens. Dual encoders on the joints make the difference between motor shaft and output shaft measurable, exposing unmodelled joint backlash, one of the largest error sources when transferring a policy learned in simulation onto a real body. On the software side, comprehensive API interfaces, an open-source framework, the Booster GYM reinforcement learning environment and the Booster SDK are published. Published customer cases include UC Berkeley FastTD3, Carnegie Mellon FALCON, Purdue's table tennis work and the world championship of Tsinghua Hephaestus.

The K1 for Education, the T2 for Manipulation

If the work is school or high-school education, the same family's K1 fits better: at 95 cm and 19.5 kg it can be carried between classrooms, and it is the 2025 RoboCup KidSize champion. If the work involves manipulation and load, the T2: 140 cm, a three-axis waist, seven degrees of freedom per arm and 10 kg of dual-arm payload. See the K1 and T2 pages for pricing.

Alternatives Deliverable Today

The Unitree G1 (132 cm, 35 kg, Jetson Orin) can be ordered in Turkey today, with 4-6 week delivery, a 1-year official warranty, on-site commissioning and engineering support across Turkey. The G1 EDU edition reaches up to 43 degrees of freedom and is widely used in university research. If a full-size body is needed, the Unitree H2 is worth evaluating. See the humanoid robot category for the wider picture.

Let's Find Your Solution

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