In the aerospace sector, Maintenance, Repair, and Overhaul (MRO) companies play a crucial role in ensuring aircraft remain operational and airworthy.
The efficiency of MRO operations depends not only on tracking aircraft components but also on the containers that transport these high-value parts, such as engine stands.
Today, global GPS tracking technology offers a game-changing solution, allowing MRO providers to maintain full visibility over their assets.
MRO companies must deal with a complex logistics network involving the movement of critical aircraft parts between repair facilities, storage locations, and operators. Traditionally, inventory management systems have focused on tracking individual parts, such as engines, landing gears, avionics and other key components.
However, an often-overlooked aspect of MRO logistics is the need to monitor the containers used to transport these components. Engine stands, crates, and specialized containers are essential for safely moving aircraft parts, yet their misplacement or delays can lead to significant downtime and operational inefficiencies.
The inability to track both the aircraft component and its transport container can result in costly disruptions, including:
To address these challenges, MRO companies are turning to real-time GPS tracking solutions that provide visibility into the movement of both aircraft components and their transport containers (screenshot of one of these solutions below)
Today, GPS-enabled tracking devices can be securely attached to engine stands, crates, and other specialized containers, offering MRO providers and airline operators real-time location data. These advanced tracking solutions enable:
Importantly, for use in air transport, these GPS units must be approved by airline companies to comply with aviation safety regulations.
Just like smartphones, these tracking devices require a switch to flight mode to prevent any interference during flights, ensuring they meet all aviation industry standards.
As the aerospace industry continues to demand faster turnaround times and greater operational efficiency, the adoption of GPS tracking for both aircraft parts and their containers will become a standard best practice. MRO companies that embrace this technology will gain a competitive edge, reducing delays, improving asset utilization, and ensuring greater reliability in their supply chain operations.
By implementing smart tracking solutions, MRO providers can minimize Aircraft on Ground (AOG) time, reduce logistics costs, and enhance overall service quality. Investing in real-time geolocation technology is no longer an option—it’s a necessity for the future of MRO logistics.
For MRO companies in the aerospace sector, tracking aircraft components is no longer enough—ensuring visibility over the containers transporting these parts is equally critical. With the advent of GPS-enabled tracking for engine stands and transport crates, MRO providers can revolutionize their logistics operations, optimizing efficiency and reducing costly delays. The future of MRO lies in smart, connected logistics solutions that bring complete transparency and control over every asset in the supply chain.
