Unitree R1 series robots launched on JD.com. Unlock endless possibilities with free customization.
Recently, the Unitree R1 series of robots from Unitree has officially launched on JD.com. Reservations will start at 8 PM on October 30th, and a limited - quantity sale will begin on November 6th. This consumer - grade robot, with its powerful performance and customizable features, redefines the market boundaries of humanoid robots with an affordable starting price of 29,900 yuan and excellent technical specifications. It offers a new accessible choice of intelligent companions for tech enthusiasts, developers, and ordinary household users. Open the JD APP, search for "Unitree R1 Robot", and be among the first to bring this new product home.
Although the Unitree R1 is positioned as a "consumer - grade" robot, its performance far exceeds this classification. This robot has 26 high - precision joints covering the legs, waist, arms, and head. It weighs 29 kilograms, combining lightweight design with high strength. In terms of movement ability, the R1 demonstrates amazing flexibility. It can not only run stably and walk quickly but also perform difficult actions such as handstands, continuous flips, and even boxing and free fighting, truly embodying the product concept of "born for movement".
Compared with its high - end version priced at 399,000 yuan, the R1 retains the core motion control and interaction capabilities while only costing one - tenth of the price, achieving an extremely high cost - performance ratio. In addition, the R1 is also equipped with multi - modal large - model technology, integrating voice and image recognition capabilities. It can understand user instructions and make human - like responses, injecting more possibilities into scenarios such as daily companionship, education, and entertainment.
Now, open the JD APP, search for "Unitree R1 Robot", and you can learn about the product details and participate in the reservation purchase. Let this innovative intelligent robot become your best partner in exploring the future of intelligent life.