Voliro and Gresco UAS have entered into a strategic alliance with the goal of improving highly accurate aerial contact inspection for critical infrastructure operators throughout the United States.
Voliro and Gresco UAS alliance focused on security
Thanks to this collaboration, Gresco will integrate the Voliro T platform to its portfolio of solutions. This aerial robot stands out for its ability to stabilize itself and to perform non-destructive testing (NDT) (NDT) in direct contact with complex structures. The system employs omnidirectional flight and thrust vectoring, allowing it to adhere to vertical surfaces without compromising stability or accuracy.
This synergy aims to replace high-risk manual inspections, allowing operators to access more reliable data and reduce intervention times. Infrastructures such as power towers, industrial plants and telecommunications facilities will benefit from safer and less invasive technical assessment.
Based on its experience as a critical infrastructure solutions integrator, Gresco UAS will provide technical implementation, operational support and end-user training. The Voliro T will be available through its distribution network in the United States, allowing customers to incorporate this technology from day one.
From an operational point of view, the impact is immediate: improved workflows, reduced occupational risks and generation of accurate data to support predictive maintenance decisions.
The Voliro T represents an evolution in aerial robotics by combining 360-degree maneuverability with inspection tools that require physical contact. This technology is already used in sectors such as energy, oil, gas and telecommunications, where accuracy and safety are key factors.
Voliro thus reinforces its position as a global reference in industrial aerial inspection solutions, while Gresco UAS consolidates its role as a reliable integrator of robotic tools in North America.
The partnership has a direct impact on access to advanced inspection technologies for critical infrastructure operators. Operational efficiency, data quality and reduced human risk position this solution as a key alternative to traditional industrial monitoring methods.
Source and photo: Voliro