After five years of dedicated research, the Voliro solution enhances operational efficiency for asset managers and UAS (unmanned aerial system) service providers, currently active in 17 countries and conducting over a hundred inspections monthly.
The Edge of Voliro

Voliro’s advanced aerial robotic technology redefines the inspection workflow, enabling faster and more cost-effective operations.
Asset managers can reduce downtime and conduct inspections while facilities remain operational, optimizing any necessary shutdowns. Early detection of potential issues helps in managing costs and prolonging asset lifespan.
UAS inspection providers can leverage the Voliro platform to enhance their service offerings, delivering superior performance to clients. This results in more extensive inspections completed in substantially less time, thereby increasing productivity and profitability.
Introducing Voliro T
Next-Generation Aerial Robotic Platform for Non-Destructive Testing & Contact Inspection
Voliro T is an innovative inspection platform featuring a unique tricopter design with tiltable rotors, allowing for stable interaction with surfaces from any angle. It can exert up to 30 N of stable force and several Nm of torque, enabling versatile operation for a wide range of applications.
The system is equipped with a 4K inspection camera and a 2K pilot camera, ensuring exceptional real-time situational awareness with high-definition imagery. With RTK-capable GNSS, six LiDAR distance sensors, and redundant IMUs, barometers, and magnetometers, it excels in precision contact work in both outdoor and indoor environments, including GPS-denied areas.
Diverse inspection Payload Options
The Voliro T can be outfitted with various plug-and-play payloads,making it an essential tool for diverse inspection tasks.
- Electromagnetic acoustic transducer
- Ultrasonic transducer
- High-temperature ultrasonic transducer
- Dry film thickness measurement
- Lightning protection system tester
- Pulsed eddy current measurement (coming soon)










