Double Robotics alternatives

Double Robotics sells a specific answer to hybrid work: the Double 3, a self-driving, two-wheeled videoconferencing robot that lets a remote person move through an office or classroom and be present where the meeting actually happens. The US company's platform also reaches into healthcare settings where a remote face on a mobile base solves the access problem. The other four companies in this set build platforms for development, rough terrain, printing and lifting instead. Feather is an open hardware platform for physical AI - a bimanual, mobile robot with an open SDK, shipping now, aimed at builders rather than end users. Husarion supplies ROS and ROS 2 mobile robot platforms from Poland, led by the Panther rugged unmanned ground vehicle, with robot connectivity and fleet software alongside. Hyperion Robotics combines computational design with robotic 3D printing to make low-carbon concrete foundations for energy and infrastructure work from its base in Finland. KEWAZO, in Germany, builds LIFTBOT, a robotic material-hoist system that moves materials vertically on construction sites and scaffolding. None of these is a telepresence substitute: pick Double when the requirement is a person being somewhere remote. Choose Feather or Husarion to develop on, Hyperion for printed structures, and KEWAZO when vertical material movement is the bottleneck.

Alternatives to Double Robotics

Feather

Feather is an open hardware platform for physical AI: a bimanual, mobile robot with an open SDK, shipping now from $32,990.

Husarion

Makes ROS and ROS 2 mobile robot platforms, led by the Panther rugged unmanned ground vehicle, plus robot connectivity and fleet software.

Hyperion Robotics

Uses computational design and robotic 3D printing to produce low-carbon concrete foundations for energy and infrastructure projects.

KEWAZO

Makes LIFTBOT, a robotic material-hoist system that moves materials vertically on construction sites and scaffolding.

Full profile, with every fact and its source: Double Robotics. Profile facts last verified 11 November 2026.