Booster Robotics

Introduction / Overview

Booster Robotics is the humanoid company that proves its robots the hard way: in competition, against other robots, with referees keeping score. Founded in August 2023 by engineers from Tsinghua University's Robot Control Lab and based in Beijing's Haidian district, Booster has shipped over 700 humanoid units to more than 200 clients across 20+ countries — and its platforms hold the most remarkable competition record in the industry. The T1 won the RoboCup 2025 Soccer AdultSize championship, then Tsinghua's THU Huoshen team retained the title at RoboCup 2026 on the same platform; the compact K1 swept the RoboCup 2025 KidSize league, where both finalist teams competed on identical K1 hardware — Germany's Boosted HTWK winning the final 11-0 in a pure contest of software. Add consecutive IEEE-RAS Humanoids victories in racing and obstacle navigation, and a T1 signed by NVIDIA CEO Jensen Huang as the featured humanoid at NVIDIA's Spring Festival event, and Booster's scoreboard stands alone.

Booster's stated vision is to make humanoid robots "as simple, reliable, and practical as personal computers" — the universal hardware platform of the AI era. The lineup now delivers that vision in two tiers and two generations. The full-size line pairs the champion T1 with the new flagship Booster T2, launched July 10, 2026: an embodied-AI development platform whose Pro edition carries NVIDIA's Thor chip delivering 2,070 TFLOPS — the most powerful onboard compute of any bipedal humanoid. The compact line pairs the K1 — the classroom-champion platform that sold out within hours at CES 2026 — with the K2, its next-generation successor. Together they give researchers, educators, and teams the industry's most competition-hardened ecosystem, used by 50+ global robotics teams and research institutions.

Design and Features

Booster T2 — The Embodied-AI Flagship

The T2 is Booster's answer to humanoid robotics' fundamental challenge: robots that work continuously in real environments rather than completing single demonstrations:

• The most powerful onboard brain in bipedal robotics — the Pro edition's NVIDIA Thor chip delivers up to 2,070 TFLOPS, running visual perception, multimodal understanding, task planning, and whole-body control in a real-time closed loop entirely on-device — connecting perception, reasoning, and action without cloud dependence.
• Whole-body coordinated manipulation — a bio-inspired body (~1.4 m, 42–43 kg) coordinates legs, waist, arms, head, and end-effectors to manipulate objects while walking, bend, turn, and perform bimanual tasks — with approximately 140 N·m peak torque, up to 10 kg dual-arm payload, 2 m/s walking, and demonstrated fall recovery and athletic flips.
• Three configurations — T2 Pro (general autonomy), T2 Pro Gripper (precision object handling), and T2 Pro Dex-Hand (multi-finger dexterous manipulation) on interchangeable end-effector architecture, with industrial-grade bearings and field-hardened construction for manufacturing, logistics, inspection, and research deployment.
• Practical operations — head and waist cameras for surround perception, roughly 2 hours of continuous walking on a 48V battery, magnetic charging, and onboard voice alerts.
• Booster Studio — the open development ecosystem completing the platform: simulation training, policy development, and real-machine deployment in one unified environment, with open interfaces for vision-language-action models, reinforcement learning, and imitation learning.

Booster T1 — The Back-to-Back Champion

The ~1.20 m, 23-DoF T1 remains the proven research workhorse: NVIDIA Jetson AGX Orin compute up to 200 TOPS, omnidirectional walking and running, full-force joint control, ROS2 and open SDK access, and the same three-configuration end-effector approach (standard, grippers, dexterous hands). Its résumé — RoboCup AdultSize titles in 2025 and 2026, IEEE-RAS wins, 50+ institutional users — makes it the most tournament-validated humanoid platform in existence, with the community codebase that standardization creates.

Booster K1 — The Classroom Champion

The 95 cm, ~20 kg K1 packs the Booster formula into a suitcase-portable format: 22 degrees of freedom with force-controlled joints, an articulated 2-DoF head, binocular 3D camera, 9-axis IMU, microphone array, and speaker — with up to 200 TOPS of computing in its higher editions (Geek, Edu, and Pro tiers span budgets). Launched in October 2025 under Booster's "launch equals shipment" pledge, it proved itself immediately: RoboCup 2025 KidSize champion hardware, durability validated by 30 hours of 500N impact testing, Booster GYM 2.0 integration for fast sim-to-real reinforcement-learning transfer, Python/C++ APIs and ROS2 support — and a CES 2026 sellout within hours. Booster's "Hundred Cities, Ten Thousand Schools" program builds a full teach-learn-practice-compete-apply curriculum ecosystem around it.

Booster K2 — The Next-Generation Entry

The K2 extends the compact line as the K1's next-generation successor, carrying the education-and-competition mission forward on updated hardware. Current specifications and configuration details are available on request as the platform rolls out.

Openness Throughout

Across all four platforms, Booster provides open SDKs, low-level joint and sensor interfaces, high-level motion APIs, ROS2 compatibility, mobile-app control, and open-source development resources — with service commitments including 2-hour initial after-sales response and 48-hour solution provision, plus software extensions including multilingual interaction add-ons.

Technology and Specifications

Choosing Across the Range

The Compute Thesis

Booster's T2 bet is that embodied AI is compute-bound: 2,070 TFLOPS on-device means modern vision-language-action models, real-time multimodal reasoning, and whole-body control run in one closed loop without network latency — the architecture requirement for robots that perceive, judge, and act continuously rather than executing isolated scripted actions.

Why Competition Provenance Matters

RoboCup is the closest thing humanoids have to a crash test: winning requires real-time autonomous vision, decision-making, whole-body control, and mechanical resilience under full-contact tournament pressure — and Booster platforms have now won it across two size classes and two consecutive years. The K1 final, contested entirely on identical Booster hardware, is the purest validation possible: the platform so standard that the competition became software-only.

Applications and Use Cases

Embodied-AI and Manipulation Research

The T2's Thor compute, Booster Studio pipeline, and manipulation-while-moving capability target the frontier: VLA-model deployment, RL and imitation learning, and loco-manipulation research on a unified sim-to-real stack.

Locomotion and RL Research

The T1's standardized hardware across 50+ institutions anchors reinforcement-learning and dynamic-locomotion research with the community codebase standardization creates.

Enterprise Deployment

T2 configurations extend into manufacturing, logistics, and inspection pilots — field-hardened hardware with the autonomy stack real environments demand.

Competitive Robotics

The obvious vertical: T1 for AdultSize, K1 (and the K2 ahead) for KidSize — the platforms that won, in the ecosystem where champions' code circulates.

Education

The K1's curriculum ecosystem, portability, impact-tested durability, and tiered editions anchor robotics programs from secondary school through university — with the "Hundred Cities, Ten Thousand Schools" infrastructure behind it.

Advantages / Benefits

• The sport's only dynasty — back-to-back AdultSize titles plus a KidSize championship where both finalists ran Booster hardware: validation no competitor approaches.
• The compute crown — the T2 Pro's 2,070 TFLOPS Thor platform is the most powerful onboard brain in bipedal robotics.
• A complete generational ladder — K1/K2 classroom entries through T1/T2 flagships on one open ecosystem, one SDK philosophy, one community.
• Genuinely open — full-force joint control, low-level interfaces, ROS2, Booster Studio, and open-source resources from entry level up.
• Shipped and supported — 700+ units, 200+ clients, 20+ countries, with contractual 2-hour response and 48-hour solution commitments.
• Tournament-grade durability — 500N impact testing and full-contact competition survival, the harshest reliability proof in humanoids.

For buyers researching where to buy Booster Robotics platforms, or comparing T2, T1, K1, and K2 prices and costs against Unitree and other developer humanoids, the evaluation should weigh onboard compute, programmability openness, competition-verified robustness, and ecosystem scale — the dimensions where Booster's championship pedigree leads.

FAQ

What is Booster Robotics?

Booster Robotics is a Beijing-based humanoid company founded in 2023 by Tsinghua Robot Control Lab engineers, maker of the RoboCup champion T1, the new Thor-powered T2 flagship, and the K1 and K2 compact humanoids — with 700+ units shipped to 200+ clients across 20+ countries.

What is the Booster T2?

The T2 is Booster's flagship embodied-AI platform, launched in July 2026: a ~1.4 m humanoid whose Pro edition carries NVIDIA's Thor chip at 2,070 TFLOPS — the most powerful onboard compute of any bipedal humanoid — coordinating whole-body manipulation while walking, in Pro, Gripper, and Dex-Hand configurations with the Booster Studio development ecosystem.

What is the Booster T1?

The T1 is a ~1.20 m developer humanoid with 23 degrees of freedom, up to 200 TOPS of Jetson AGX Orin compute, full-force joint control, and ROS2 support — the RoboCup AdultSize champion in both 2025 and 2026, used by over 50 global research institutions.

What are the Booster K1 and K2?

The K1 is a 95 cm, ~20 kg education humanoid with 22 degrees of freedom, full sensing, up to 200 TOPS compute, and RoboCup 2025 KidSize championship pedigree, offered in Geek, Edu, and Pro editions; the K2 is its next-generation successor extending the compact line, with details available on request.

Why does RoboCup performance matter when buying a humanoid?

RoboCup victory demonstrates real-time autonomous vision, decision-making, whole-body control, and mechanical resilience under full-contact tournament conditions — and Booster platforms have won across two size classes in consecutive years, including a final contested entirely on identical Booster hardware.

Which Booster robot should I buy?

Choose the T2 for embodied-AI research, VLA-model development, and enterprise deployment; the T1 for established locomotion research and AdultSize competition; and the K1 or K2 for education, smaller labs, and KidSize competition. A distributor can match the model and configuration to your program.

Can Booster robots be used for research and development?

Yes — that is their core design: open SDKs, low-level interfaces, ROS2, Booster Studio simulation-to-deployment tooling, and Booster GYM reinforcement-learning integration across the range, on hardware standardized throughout a global research community.

How much do Booster robots cost?

The K1 and K2 sit in the accessible education tier, the T1 in the mid-range research segment, and the T2 in the enterprise flagship tier — consistently aggressive for each capability class. Contact a distributor for current pricing, edition options, datasheets, and delivery timelines for your region.

Summary

Booster Robotics built the only dynasty in humanoid robotics — back-to-back RoboCup AdultSize titles on the T1, a KidSize championship where every finalist ran the K1, and 700+ units across 20+ countries — then raised the ceiling with the T2: NVIDIA Thor's 2,070 TFLOPS making it the most powerful thinking machine ever put on two legs, manipulating objects mid-stride through the Booster Studio ecosystem. With the K1 and K2 carrying championship DNA into classrooms and a vision of humanoids as the personal computers of the AI era, Booster offers buyers at every level the rare platform whose capabilities come with a scoreboard. For anyone looking to buy a Booster T2, T1, K1, or K2, compare their costs against Unitree and other developer humanoids, or plan a research, education, enterprise, or competition deployment, this guide provides the essential foundation.