NLR offers you tools to improve and optimise your MRO activities.
What can you achieve if you have insight in the relation between fleet availability, resources and budget? aare is a decision support tool providing valuable insight in maintenance operations, specifically developed to cope with uncertainty and using readily available data
What if you can plan your maintenance activities flexibly around your flight schedule? FlexPlan builds efficient maintenance schedules and optimises the use of available maintenance opportunities between flights. It reduces downtime and maintenance costs
What if you can identify the failure mode of an aircraft system or component, before the failure occurs? FD XAI – uses eXplainable Artificial Intelligence (XAI) to identify failure modes and explain the diagnosis, even before the failure occurs. It helps troubleshooting and reduces no-fault-founds and shop time.
What if you can inspect aircraft quicker with the same workforce? Inspections are tedious and require highly trained technicians. These people can be difficult to come by. Now, envision the possibilities with robots that can assume some of the monotonous, dirty, and dangerous inspection tasks. Consider how this could improve the working conditions for your technicians.
How much time is consumed by the examination of leading edges? Incidents like hailstorms, collisions and damage pose a genuine risk to leading edge. It requires extensive inspections to measure the damage, resulting in downtime. Consider a robot capable of performing these inspections and measurements on your behalf.
What if you can inspect more parts with the same workforce? Shop inspections are sometimes very repetitive in nature, such as examinations of sets of engine blades. Additionally, these inspections can sometimes be very detailed. Finding technicians for these roles can be challenging. Have you ever considered using robots to improve the working conditions in your shop and free up technicians for more complex and challenging tasks?