We set out to build a repairable, modular, and cost friendly humanoid robot. A platform for developers, early adopters and tech enthusiasts.
We based our design decisions on this understanding of the product and consumer
We have seen labs with humanoid graveyards littered with broken unitree robots. The proprietary hardware limits them from fixing the robots themselves.
To better serve our users, we exclusively used easy to source off-the-shelf hardware and electronics.
Reducing complexity in part design and assembly process, reducing the friction in keeping robots in operational condition.
We built for developers and creators by making the system as modular as possible, allowing developers to expand the capabilities of their hardware
Modular hands with a simple button twist interface.
Modular head with upgradable compute and sensors.
We drafted a PRD(Product requirement document) to inform our decisions and define a united vision for the team.
Sketched out ideas and concepts for features, mechanisms and the overall form of the product.
We went through 4 full iterations of CAD over 3 months before we concluded with our final prototype of the K-Bot
We set out to build a repairable, modular, and cost friendly humanoid robot. A platform for developers, early adopters and tech enthusiasts.
We based our design decisions on this understanding of the product and consumer
We have seen labs with humanoid graveyards littered with broken unitree robots. The proprietary hardware limits them from fixing the robots themselves.
To better serve our users, we exclusively used easy to source off-the-shelf hardware and electronics.
Reducing complexity in part design and assembly process, reducing the friction in keeping robots in operational condition.
We built for developers and creators by making the system as modular as possible, allowing developers to expand the capabilities of their hardware
Modular hands with a simple button twist interface.
Modular head with upgradable compute and sensors.
We drafted a PRD(Product requirement document) to inform our decisions and define a united vision for the team.
Sketched out ideas and concepts for features, mechanisms and the overall form of the product.
We went through 4 full iterations of CAD over 3 months before we concluded with our final prototype of the K-Bot