Toyota
Toyota의 5개 모델이 로봇 데이터베이스에 등록되어 있습니다
Toyota CUE7
Toyota CUE7 is a specialized humanoid robot developed by Toyota Motor Corporation in Japan. It is a research prototype designed for basketball shooting demonstrations using AI-based perception. The robot is not commercially sold. Key specs: height 218 cm, weight 74 kg, max speed 5 km/h. The upper body features two 7-axis arms, mounted on an omnidirectional wheeled base. Currently a research project at Toyota's Frontier Research Center, it is not available for purchase.
Toyota CUE7 Humanoid Robot – Overview, Specs & Capabilities
198 pages of exclusive insight from global robotics experts — uncover funding trends, technology challenges, leading manufacturers, supply chain shifts, and surveys and forecasts on future humanoid applications. Supplier Strategy and Market Positioning 2026–2027 TOYOTA MOTOR CORPORATION Toyota CUE7 is a research humanoid robot that demonstrates precise motion and perception through advanced basketball shooting tasks. Toyota CUE7 is a research humanoid robot that demonstrates precise motion an...
Toyota Partner Robot
Toyota Partner Robot is a research humanoid made by Toyota in Toyota City, Japan. Price: Not sold — research platform only. Key specs: 150 cm tall, 50 kg, 30 degrees of freedom, max speed 7 km/h. This robot is not commercially available; it serves as a demonstration and research platform.
Toyota Punyo
The Toyota Punyo is a humanoid upper-body research robot made by Toyota Research Institute in Toyota City, Japan. Price: Undisclosed (research platform). Key specs: 53 degrees of freedom, 2000 mm height, soft inflatable body. Not available for purchase; a prototype for whole-body manipulation research.
Toyota T-HR3
The Toyota T-HR3 is a humanoid teleoperation robot by Toyota, developed in Toyota City, Japan. Price: not for sale — a research platform only. Key specs: 154 cm tall, 75 kg, 29 degrees of freedom, stereo vision, force feedback master control system. It is not commercially available, remaining a research tool for remote manipulation and human-robot interaction.