Osprey Integrity deploys drone and robotic platforms to perform non-destructive testing and contact-based inspection in environments where traditional access methods introduce cost, delay, and risk.
By combining advanced sensing technologies with disciplined execution, we capture repeatable, code and client-compliant data that supports engineering decisions — without scaffolding, rope access, or unnecessary exposure.
Osprey has been actively deploying aerial NDT since 2021 and was among the first globally to adopt the Voliro-T system, a leading platform for stabilized contact-based non-destructive testing and physical work, such as surface cleaning and painting, interaction with surfaces.
For confined and congested environments, Osprey integrates platforms from Flyability, including the Elios 3, enabling internal inspection where aerial stability and collision tolerance are critical.
Preferred Platforms:
Compressed inspection timelines and mitigated exposure while preserving data integrity.
Traditional lightning protection inspections often require rope access, elevated work platforms, or personnel working at height to verify continuity, bonding integrity, and physical condition. Osprey Integrity utilizes the Voliro-T omnidirectional aerial platform to perform direct-contact inspections of lightning protection systems on complex or difficult-to-access structures — reducing exposure, minimizing mobilization requirements, and accelerating inspection timelines.
Reduced working-at-height exposure while delivering documented, standards-aligned assessment data for lightning protection systems across complex industrial infrastructure.
Osprey partners with Hibot, a global leader in industrial inspection robotics, to deploy advanced platforms designed for complex geometries and confined assets where aerial platforms reach their limits.
In Collaboration With:
Consistent probe contact, repeatable scan paths, and defensible analytical data - without the delays and risks of conventional access methods.
Scope: UT inspection of internal steel liner across a 300 ft stack and bottom cone.
Constraint: Scaffold access in a condemned zone or potential facility shutdown.
Drone-based UT inspection executed entirely from outside the no-go zone, including expanded high-density measurements.
Impact:
Scope: Visual, thermal, and UT inspections for regulatory compliance
Drone-based visual, infrared, and high-temperature UT inspections were conducted while assets remained in service.
Impact:
Explore each service in depth to understand how we apply these capabilities to real‑world challenges, and how they integrate into your asset integrity program.
This allows teams to prioritize repairs, validate integrity, and move forward with clarity and control.
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