All-terrain
Four independently controlled wheels for traction and manoeuvrability on gravel, grass, snow and kerbs.
Deploy robots your business grows with.
A four-wheel-drive platform engineered to stay stable in rain, mud and snow, and on uneven industrial surfaces.
Four independently controlled wheels for traction and manoeuvrability on gravel, grass, snow and kerbs.
IP65 protection and a −30 to +35 °C operating range for year-round deployment.
LiDAR, IMU and GPS fusion. A camera is available for remote operation and vision.
Low-latency telemetry over 5G/LTE, from the console or the terminal.
Agents are at the core of OpenHugo. They develop and improve Hugo’s autonomous functions, so better capabilities reach your site sooner.
You describe the mission. Agents turn it into working autonomous behaviour, instead of engineers hand-coding every step.
New autonomous functions go from idea to deployment in a fraction of the time a traditional robotics team needs.
A hardened ROS 2 core. Secure, reliable and interoperable with existing fleet management systems.
# Install the OpenHugo CLI
curl -fsSL https://openhugo.ai/install.sh | bash
# Connect your fleet
openhugo config set-key
openhugo status
# Start the interactive shell
openhugo
curl -fsSL https://openhugo.ai/install.sh | bashOutdoor material transport between facilities and production areas.
Engineered for Nordic winters, with full mission capability on snow and ice, year-round.
Routine outdoor missions for cities and public spaces, from walkways to parks.
An open, extensible platform for universities and applied AI labs that takes robotics research outside the lab.
A rapidly deployable platform for forward logistics and capability development, built to adapt to shifting operational demands and AI-driven concepts.