AkzoNobel Integrated Drone for Faster Aircraft Inspections
The Iris CMX drone reduces inspection times from several hours to 30 minutes, enabling targeted coating repairs.
Updated on Sept. 21, 2026 in Robotics
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AkzoNobel has integrated the Iris CMX sensor drone into its Aerofleet Coatings Management service to accelerate aircraft exterior assessments. Developed with Donecle, the technology is now in use by major carriers like Air France-KLM.
Why it matters
This system addresses the limitations of manual visual inspections, which often struggle with positioning accuracy and line-of-sight in confined spaces. Automating these checks allows airlines to identify coating degradation earlier, potentially reducing annual repainting costs by 10% to 20%.
The Iris CMX drone utilizes a rotatable arm equipped with three contact-based sensors to measure coating degradation, achieving a 30-minute scan time for narrowbody aircraft compared to the 5 to 8 hours required for human inspections. The system maintains sensor contact via extra propellers that provide multi-directional thrust.
The players
AkzoNobel
A global paints and coatings company with an aerospace division that provides maintenance solutions for major aviation fleets.
Donecle
A French robotics firm specializing in automated drone inspection systems for the aerospace industry.
Air France-KLM
A major international airline group that currently employs the Iris CMX technology for fleet maintenance.
The details
The Iris CMX operates using laser navigation and pre-defined flight paths tailored to specific aircraft liveries. It employs a suite of propellers to provide active thrust in all directions, which allows the unit to maintain constant contact-based pressure against the fuselage. The platform synthesizes this mechanical contact data with visual and environmental measurements to map the condition of the coating.
Timeline
2023: AkzoNobel introduced the Aerofleet Coatings Management service.
September 21, 2026: Official report published regarding the Iris CMX drone technology.
The Tech Race
This integration marks a move by AkzoNobel to capture the burgeoning market for digital aircraft maintenance, competing against a broader industry shift toward predictive maintenance and digital twins. The technology reflects an effort to standardize inspection precision across the aviation sector.
Airlines operating fleets of approximately 100 aircraft stand to benefit most from the streamlined 30-minute inspection windows. While currently focused on aerospace, the company indicates the drone technology may eventually migrate to monitor assets in marine and wind power sectors.
The takeaway
The transition to automated coating inspection highlights how robotic contact-based measurement is replacing labor-intensive visual assessments. Watch for further pilot programs in the marine and wind energy industries as the company scales the technology beyond its current aerospace focus.
Further reading
For more on how automated systems are changing aviation maintenance, explore the latest trends in Robotics.
Source note: This article includes information reported by Products Finishing.
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