Booster Robotics Robot Lineup

Booster Robotics robot lineup

Booster Robotics operates from China and focuses on developer humanoids and robocup platforms.

Explore Booster Robotics’s named robot platforms and major variants below. Each product includes an availability label and an official source so you can distinguish shipping products from pilots, research platforms, prototypes, and legacy models.

This directory records 3 named platforms from China, focused on developer humanoids and robocup platforms. The lineup is a source map, not a promise that every model has public pricing, checkout, delivery in your region, or the same support terms.

Robot lineup at a glance

Availability determines what you should check next. Shipping products need clear specifications, pricing, support, and purchase terms. Pilots and prototypes need deployment evidence, while legacy platforms are most useful for history and comparison.

About Booster Robotics

Booster Robotics is a China-based company specializing in developer humanoids and competition platforms for education and research. The company operates under the domain booster.tech and presents itself as dedicated to supporting the robotics developer ecosystem and champion teams in RoboCup. Booster competes in international robotics events, notably IEEE-RAS Humanoids and RoboCup, and its robots have been used by over half of all RoboCup 2026 teams, reflecting broad adoption in academic competition settings. The company claims consecutive wins at global events, which suggests credibility among education and research buyers. Booster Robotics appears to be privately held, but there are no published details about its founders, investors, or production volumes. The company’s main business model is direct sale of complete robots, with revenue likely supplemented by software licensing, support and repair services, and competition-oriented packages. Manufacturing operations, scale, and supply chain specifics are not disclosed, but all indications suggest assembly and engineering are managed in China, given the company’s regulatory filing. Open-source integration and support tools (such as Booster Studio and Booster Champion) also position Booster as a developer-driven solution provider.

Booster Robotics Pricing and How to Buy

Booster Robotics openly lists an entry price for at least one robot: the Booster K1, which the company advertises starting from $5,999. Prices for T1, T2, or bundled solutions are not publicly listed and buyers need to inquire for quotes. Robots can be ordered directly through the [Booster Robotics official site](https://www.booster.tech/), with 'Buy Now' and 'Inquire Now' purchase options. Sales are available globally, with English and Chinese purchasing channels, and the site claims worldwide shipping, though the buyer is responsible for confirming import regulations. Lead times are not specified, but the presence of a service/support portal and mention of worldwide shipping suggest these robots are built to order, with delivery times likely variable by model and region. Leasing, rental, or education-focused packages are not described; all indications point to direct purchase as the main route. Buyers should request full quotes, including shipping, VAT, and potential customs duties, as these are not included in the listed price. There is no information about reseller networks or local support outside China.

Who Booster Robotics Robots Are For

Booster Robotics targets advanced developers, research labs, and universities seeking humanoid platforms for software or AI research, algorithm development, or robotic competitions, especially RoboCup. The robots come with open-source tooling and are marketed with features relevant to teams looking for a customizable or programmable platform. High participation by winning RoboCup teams implies the robots are suitable for both student education and faculty research requiring hands-on manipulation, locomotion, or event participation. Booster is less suited to buyers wanting consumer-facing humanoids for personal use or businesses seeking fully-integrated service robots for hospitality, retail, or logistics. Integration with industry safety standards, formal certification, and plug-and-play usability are not highlighted, suggesting deployment in operational business environments could require further engineering by the buyer. Organizations lacking in-house robotics or machine learning expertise may not benefit, as these platforms assume technical teams and an ability to troubleshoot hardware and integrate open-source solutions.

• Booster robots are designed primarily for developers and competition teams, so expect to require programming skills and robotics experience to operate, integrate, or modify the platforms for specific use cases.
• Service and repair support are handled directly by the company, with an online portal for inquiries. Buyers outside China should clarify turnaround times, local repair options, and spare parts availability before purchase.
• No published information on conformity with common industrial or safety certifications exists. Buyers in regulated sectors or those requiring CE, UL, or other standards for integration should request documentation from the vendor in advance.
• Software development tools such as Booster Studio and open-source bundles are available, but licensing terms, update cycles, and support for third-party code should be reviewed closely during procurement.
• Export restrictions, regional shipping limitations, and import duties may affect buyers outside China. Confirm with Booster if sales, support, and future upgrades are available in your country.
• The listed price of K1 ($5,999) does not include shipping, customs, taxes, or any optional educational bundles or extended support, so total cost of ownership can be higher than the sticker price.
• These robots are best used in an academic or R&D lab environment with an established team capable of custom configuration, not as out-of-the-box commercial automation solutions.

Booster Robotics Alternatives

Vendors a buyer typically cross-shops against Booster Robotics.

• Unitree Robotics — Unitree Robotics, also based in China, sells affordable humanoids (like Unitree H1) and quadrupeds for researchers and developers. Unitree emphasizes mass-market robotics and direct online ordering, but their platforms differ in design and integration focus from Booster's RoboCup products.
• Robotis — Robotis, from South Korea, offers the OP3 and other humanoid robots popular in global RoboCup leagues and educational settings. Robotis provides extensive online documentation and is established in academic markets, with a longer presence in student research than Booster.
• PAL Robotics — PAL Robotics, based in Spain, produces research- and development-oriented humanoids such as REEM-C and TALOS. PAL targets advanced robotics research and industrial R&D, with hardware and API support tailored for EU and international research institutions.
• AgileX Robotics — AgileX Robotics offers mobile robotics platforms for R&D teams, with a product range leaning toward all-terrain and modular bases rather than full humanoid robots. AgileX solutions are used in education and proof-of-concept projects but fit different tasks than humanoid AI or RoboCup bots.
• SoftBank Robotics — SoftBank Robotics is known for humanoids like NAO and Pepper. Their robots are widely used in education and research, but typically offer less customization and lower hardware specs compared to Booster’s platforms targeting competition and advanced AI developers.

How to choose a Booster Robotics robot

Choose between Booster Robotics models by job, body type, and evidence status before comparing headline capabilities. A shipping label is stronger than an announcement, but buyers still need the exact configuration, price or quote, delivery region, software access, safety limits, warranty, and repair path in writing.

• Shortlist the body type that fits the real workspace and task.
• Open the model’s official source and confirm that the named configuration is current.
• Ask whether access is checkout, distributor order, sales quote, pilot, or research-only.
• Compare service location and fault recovery before comparing demo performance.