Fourier Robot Lineup

Fourier robot lineup

Fourier operates from Singapore / China and focuses on humanoids, rehabilitation robots, and open research platforms.

Explore Fourier’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 5 named platforms from Singapore / China, focused on humanoids, rehabilitation robots, and open research 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 Fourier

Fourier, officially known as Fourier Intelligence, is based in Singapore and China and operates in robotics development for healthcare, research, and industry. Founded in 2015, the company began by creating assistive robotics for rehabilitation centers and hospitals, then expanded into humanoid robotics and open research platforms. Fourier is privately owned and has grown internationally through partnerships with universities, hospitals, and research institutions. Manufacturing is carried out in China, but the company maintains R&D and commercial connections in Singapore and others in Asia and Europe. Revenue comes mainly from the sale of rehabilitation robotics for clinical settings, research platforms licensed to academic groups, and increasingly, from the supply of humanoid robots for advanced automation pilots and demonstration labs. The open research hardware lines target universities and industrial R&D—with Fourier providing both hardware and software support, as well as integration and training services. Fourier's business today combines product sales, service contracts, research partnerships, and technology licensing to a mix of institutional and private sector buyers.

Fourier Pricing and How to Buy

Fourier does not publish prices for its humanoid or rehabilitation robots and typically provides quotes upon request, with costs depending on configuration and services. Buyers initiate contact through the official website or via local distributors and may face a prequalification step, especially for research or clinical deployments. Lead times can vary from a few months to over half a year, depending on production schedules, customization, and region. The company ships to clients in Asia, Europe, and North America, but availability for certain humanoid or open-source platforms may differ by country due to regulatory or export rules. Leasing and service packages may be options for rehabilitation robots, particularly for hospitals or research partners, but terms are generally not disclosed publicly. Shipping, taxes, and local certification further affect final costs. Buyers should confirm current conditions, as pricing and regional support can change based on local regulation or distribution agreements.

Who Fourier Robots Are For

Fourier’s robots are intended for institutional buyers, including rehabilitation clinics, universities, industrial research labs, and automation pilot programs. Clinical buyers benefit from a focus on patient rehabilitation, with robots suited for therapy or assessment. Academic labs use Fourier’s open research platforms for robotics research, control experimentation, and hardware-software integration work. Industrial or commercial buyers considering humanoid automation pilots may look at the humanoid models for basic manipulation or mobility tasks. These robots are not built for consumer or small-business use; they require technical integration, ongoing software support, and specialized facilities for operation. Buyers lacking technical staff or those seeking plug-and-play automation for simple, repetitive tasks might find simpler, application-specific robots from other vendors easier to deploy. Institutions with a need for open customization and long-term development cycles are best positioned to benefit.

• Integration with existing systems may require custom software development and dedicated technical staff, as Fourier focuses on flexible platforms rather than turnkey automation.
• Service, spares, and maintenance support rely on regional partners or direct agreement with Fourier; buyers should confirm local availability and typical response times before purchase.
• Robots intended for clinical or workplace use may need local safety certification and compliance with standards. Fourier’s compliance depends on region and model; confirm before committing.
• Software licensing terms for research and development platforms can affect long-term cost and IP rights. Ask about source code access, updates, and restrictions before buying.
• Export restrictions may limit shipments of advanced models to specific countries or end-users, especially for open-source research platforms. Clarify eligibility and local import rules early.
• Typical duty cycles and expected robot lifespans should be clarified at purchase, especially for high-utilization deployments such as clinical or industrial research environments.
• Total cost of ownership includes shipping, installation, training, and ongoing software support, which may not be bundled. Budget for all ancillary costs and periodic renewal fees.

Fourier Alternatives

Vendors a buyer typically cross-shops against Fourier.

• Unitree Robotics — Unitree Robotics is based in China and focuses on quadruped and humanoid robots for education and research. Unlike Fourier, its robots are widely available to general buyers and frequently used in robotics competitions and classroom settings.
• Pal Robotics — Pal Robotics operates out of Spain and supplies humanoid platforms like REEM-C and TALOS for research, industrial prototyping, and public engagement. The company places more emphasis on European safety and regulatory compliance for public spaces.
• Agility Robotics — Agility Robotics develops bipedal robots such as Digit mainly for logistics and commercial use, in contrast to Fourier’s mix of clinical and open research aims. Agility focuses on warehouse and last-mile automation rather than medical or academic users.
• Infinity Robotics — Infinity Robotics offers rehabilitation robots and assistive exoskeletons geared toward therapy and clinical use. The company is more focused on turnkey therapeutic devices rather than open research or humanoid robotics platforms.
• UBTECH Robotics — UBTECH Robotics creates consumer-facing and educational humanoid robots and some industrial models. It primarily serves educational and light commercial markets, not the clinical or deep research segment served by Fourier.

How to choose a Fourier robot

Choose between Fourier 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.