Visualized using Foxglove: The 1X EVE Humanoid
EVE, a humanoid robot standing 6 feet 2 inches tall and weighing 192 pounds, is engineered for industrial and domestic environments with human-inspired musculature driven by Revo1 direct-drive motors. Equipped with multi-terrain wheels and a carrying capacity of 33 pounds, EVE operates for up to six hours on a single charge, with a recharge time of just one hour. Powered by an Intel i7 processor and Nvidia Xavier module running on a custom Linux-based OS, EVE combines real-time control with advanced AI capabilities.
Central to EVE’s intelligence is the 1X World Model, a learned simulator trained on thousands of hours of real-world data. This model enables predictive simulations for complex tasks involving rigid, deformable, and articulated objects, such as opening doors or manipulating items. EVE utilizes the model for long-horizon task planning, simulating various action outcomes to adapt dynamically to its environment. This enhances precision, safety, and efficiency while enabling autonomous navigation and interaction in complex physical spaces.
The 1X World Model also supports embodied learning, allowing EVE to learn new tasks by observing humans and practicing in simulations. This scalable approach ensures continuous improvement in task performance. With potential applications in logistics, security, and beyond, EVE is a versatile solution poised for seamless integration into diverse real-world settings.