🇨🇳 Kepler Robotics

About Kepler Robotics

Kepler Robotics is a Shanghai-based humanoid robotics company developing the Kepler Forerunner, a full-size bipedal humanoid designed specifically for the automotive and electronics manufacturing sectors. The company has taken a focused application approach rather than positioning the Forerunner as a general-purpose platform, designing the hardware and software around the specific task types, payload requirements, and operating environments of automotive assembly lines and electronics factories.

This sector-specific focus allows Kepler to optimise for the requirements that matter most to automotive and electronics OEMs: cycle time, repeatability, safety around human workers, and integration with existing factory management systems. The company has pursued deployment discussions with automotive manufacturers as part of its commercialisation strategy.

Kepler Robotics benefits from Shanghai's dense manufacturing ecosystem and the proximity to automotive and electronics supply chains that characterise the Yangtze River Delta region. The company is in the active commercialisation phase, working to convert pilot deployments into volume contracts.

Key Products

• Kepler Forerunner: full-size bipedal humanoid optimised for automotive and electronics manufacturing applications; targeted at assembly, inspection, and material handling tasks

UK Market Presence

Kepler Robotics does not currently have UK commercial operations or European distribution. UK automotive and electronics manufacturers interested in evaluating the Forerunner should engage directly with the company. Given the UK's significant automotive manufacturing base, Kepler's sector-specific positioning is commercially relevant for UK industry and may drive earlier European market entry than competitors with less focused product positioning.

Buying Used Kepler Robotics Equipment

No secondhand market for Kepler Forerunner units exists in the UK as of 2025. Future used units from pilot programme exits or fleet refreshes should be evaluated with manufacturing-environment wear patterns in mind: inspect all joint actuators, end-effectors, and safety sensors carefully, and confirm that any automotive manufacturing certifications associated with the unit are transferable and still valid.