Vanar Robots is building a new species to multiply the world’s capacity to engineer, manufacture, and construct, accelerating the transformation of human ambition into physical reality.
The current world automation requires existing environments to adapt to the machine, demanding significant infrastructure, time, and capital before the actual work can begin. Vanars are being engineered to operate within the environments humanity has already built, using existing tools and infrastructure while working continuously with superhuman speed, precision, and intelligence. The goal is to reduce the time between deployment and useful work, allowing more resources to be spent on what matters.
The future demands more than humanity has ever built before: advanced machinery, megastructures, spacecraft, healthcare infrastructure, and technologies to sustain and advance civilization. The challenge is not imagination. It is the speed of research, iteration, and construction. Accelerating that process requires physical intelligence: machines that can perceive, think, make decisions, execute physical work, and compound experience across tasks and deployments to continuously improve their ability to execute, iterate, and innovate.
We are advancing toward a future where a team of Vanars can receive an objective: Build a spacecraft. They determine the required resources, plan the work, coordinate across tasks, adapt to conditions, and execute continuously with minimal human intervention. Not a machine performing a single predefined task, but a physical workforce capable of turning objectives into action in the real world. That is the next evolution of labor.
| Height | 5'9" |
|---|---|
| Weight | ~60 kg |
| Degrees of Freedom | 38 DoF |
| Actuator | In-house, full-stack proprietary |
| Manipulators | Tendon-driven, high payload |
| Target Deployment | 2027 industrial beta deployment |
| Built In-House | Structure, Actuators, Manipulators, Software |
Built by humans.
Built for humans.
Limited beta units will be placed with select industrial partners. We will work directly with teams ready to shape how robots integrate into real-world environments.
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