Go where Humans can't
Engineered to navigate the inaccessible and map the unknown, RoMA is a small sized autonomous rover that delivers dense 3D maps in the most complex, GNSS-denied environments.
01. Why Ro.M.A. changes the "Game"
Traditional inspection methods are dangerous, costly, or simply impossible.
Safety First
- Keep humans operators out of harm's way.
Zero Infrastructure
- No GPS? No light? No problem.
Data Rich
- Get precision 3D maps where others only guess.
Mission Ready
- Validate prototype ready for real-world deployment.
02. The Challenge
The Unreachable World
Industries and researchers face a massive barrier: Inaccessibility.
Confined Spaces
- Physical dimension too small and/or inaccessible for humans.
High Risk
- Toxic atmospheres, unstable structures, narrow physical spaces.
Tech Gaps
- Existing robots are too bulky or lack the precision mapping capabilities.
High Stakes
- These limitations severely impact sectors like archeology, industrial monitoring, and disaster response.
03. The Solution
Compact. Autonomous. Unstoppable.
Ro.M.A. is engineered specifically to navigate, map and inspect the tightest, hostile environments.
Core Capabilities
Compact & Agile
- Specifically engineered to navigate and explore environments that are completely inaccessible to humans.
Fully Autonomous
- Capable of indipendent navigation and localization even in GNSS-denied areas.
Advanced Mapping
- Levarages AI and SLAM technology to create highly accurate 3D and 2D maps of complex environments.
Modular Design
- Adaptable payload system allows for the integration of various sensors.
AI Driven
We use advanced SLAM (Simultaneous Localization & Mapping) algorithms to transform unstructured environments into comprehensive data.
04. Application & Tech
Real-world Applications.
Cultural
- Mapping unexcavated underground sites.
- Exploring historical caves and tunnels.
Industrial
- Inspecting hazardous pipelines and sewers.
- Monitoring structural integrity in toxic zones.
Search & Rescue
- First response in collapsed buildings.
- Post-disaster assessment for first responders.
Deployment Options
Available immediately as a standalone platform or an on-demand service.
Option A: Own the Tech
Complete Platform Purchase Designed for organizations that require frequent inspections and full operational control.
_ The Rover
Fully assembled RO.M.A. unit, ruggedized and ready for the field.
_ The Brain
Pre-installed AI & SLAM navigation stack with lifetime updates.
_ The Payload
Modular sensor suite (LiDAR, thermal, gas detection) tailored to your specific needs.
Ideal for Defense, Large Infrastructure Owners, Research Institutes.
Option B: Hire the Experts
Inspection as a Service (IaaS) Get the data you need without the operational overhead. We deploy our fleet and pilots to your site.
_ Zero Infrastructure
We bring the rover, the network,
and the power.
_ Flawless Operation
Our engineers handle the navigation in hazardous zones.
_ Actionable Data
Receive high-density 3D maps and structural reports within hours of the mission.
Ideal for Emergency Response, Post-Disaster Assessment, One-off Critical Inspections.
Heritage & Collaboration
Where academic excellence meets aerospace engineering.
ESA BIC Incubated
- Born and accelerated within the ESA BIC Lazio (European Space Agency Business Incubation Centre), operating in full compliance with top-tier standards of excellence in aerospace innovation.
The Innovation Hub
- We host the DIMA Robotics Lab of Sapienza University, a unique environment where our engineers work side by side with PhD candidates and researchers, transforming cutting-edge academic research into industrial-grade solutions.
Moon to Earth Technology
- Selected by ASI (Italian Space Agency) to develop the LEARNER lunar rover, we transfer the same mission-critical algorithms designed for lunar exploration to our terrestrial robotic systems.