RoboStore switches to local robot production: goodbye to Chinese models

RoboStore Drops Chinese Robots and Opens US Production

RoboStore, the leading North American distributor of Unitree Robotics' humanoid robots and robotic dogs from China, has announced a radical strategic shift: it will abandon made-in-China models to start autonomous production in the United States. The new 6,135-square-meter plant will be built on Long Island and is expected to be operational by the first quarter of fiscal 2027.

The shift comes as the U.S. administration intensifies controls on foreign-made robots, creating an unfavorable context for Chinese manufacturers like Unitree. Founded in 2012, the Ningbo-based company is known for making advanced robots accessible, with models like the Go1 Robot Dog and the humanoid H1 available at lower prices than Western competitors.

Quick Response

From Importation to National Production

Founded in 2019, RoboStore had become the go-to place for buying advanced robots in North America, with over 1,500 units sold to clients like Cisco, OpenAI, Nvidia, and more than 150 universities, including Harvard and MIT. The catalog primarily included Unitree models Go1, B1, and H1, appreciated for their quality-to-price ratio.

The new company, Robo Inc., will be headquartered in New York and focus on commercial robots and integration systems. The plan involves an initial investment of $5 million, with the goal of producing 500-1,000 units per year in the first phase. The Long Island plant will be equipped with automated assembly lines and labs for developing custom solutions.

A Changing Market

The decision reflects a broader trend in the robotics sector, where business customers increasingly seek specific solutions rather than generic platforms. "Companies like Standard Bots and Universal Robots offer robotic arms for specific use cases, often more suited to business needs than humanoid robots," said Teddy Haggerty, CEO of RoboStore.

Unitree models, such as the Go1 Robot Dog and the humanoid H1, are known for their advanced capabilities and lower prices compared to Western competitors.

The Role of Universities and Research Centers

Collaborations with American universities represent a key element for Robo Inc.'s success. Institutions like Harvard and MIT have a long tradition of innovation in robotics and could significantly contribute to the development of new technologies. Additionally, these partnerships could facilitate access to public and private funding, accelerating the development and commercialization of prototypes.

An example of a successful collaboration is the joint research project between Robo Inc. and MIT for the development of autonomous navigation algorithms. These algorithms could be integrated into robots for applications in unstructured environments, such as damaged buildings or natural disaster areas. The ability to operate in extreme conditions represents a significant competitive advantage for made-in-USA robots.

The Challenges of Training and Recruitment

The transition from distribution to production also involves significant challenges in terms of training and recruiting personnel. Robo Inc. will need to hire engineers, technicians, and software specialists with specific skills in advanced robotics. The company has announced plans to launch training programs in collaboration with universities and vocational training centers to develop the necessary skills for local production.

Another crucial aspect will be the creation of a local ecosystem of suppliers capable of supporting mass production. Robo Inc. is working with American and European companies to develop a robust and reliable supply chain. This approach could not only reduce dependence on Chinese components but also improve the quality and consistency of the final products.

Opportunities for the Business Market

For American companies, local robot production represents an opportunity to develop custom solutions for their specific needs. Sectors like logistics, manufacturing, and energy could benefit from robots designed to operate in complex and dynamic environments. Additionally, local production could offer advantages in terms of regulatory compliance and data security, factors increasingly critical for business applications.

One potential application is the use of robots for inspecting critical infrastructure such as pipelines and power plants. These robots could be equipped with advanced sensors to detect leaks, structural damage, or other issues, improving safety and operational efficiency. The ability to operate in dangerous or inaccessible conditions represents a significant advantage over traditional inspection methods.

The Future of Educational Robotics

Another sector that could benefit from local robot production is education. American universities and schools have shown a growing interest in using robots in teaching, as tools to teach engineering, programming, and science concepts. Made-in-USA robots could offer advantages in terms of compliance with educational regulations and student data protection.

Robo Inc. is exploring the possibility of developing educational robots designed specifically for the needs of the American school system. These robots could be used to teach complex concepts in an interactive and engaging way, improving student learning. Additionally, local production could facilitate maintenance and technical support, ensuring that the robots are always operational and ready for use.

RoboStore's decision to start autonomous robot production in the USA represents a crucial moment for the North American robotics sector. As the company prepares to launch the new Long Island plant, the success of this initiative will depend on the ability to develop innovative and competitive products. Collaborations with universities and research centers, along with the creation of a local supplier ecosystem, will be fundamental to ensuring long-term success.