When Parts Fail Faster Than You Can Source Them — The Middle East MRO Communication Problem

At MRO Middle East 2026, Amyr Qureshi of parts supplier Aventure Aviation told Aviation Week something that should worry every AOG desk in the region: airlines operating in the Middle East are experiencing above-average component failure rates — and it’s not because of fleet age. It’s the environment.

Wide temperature swings between day and night operations, combined with sustained heat, humidity, and airborne dust, are putting relentless stress on pneumatics, hydraulics, electromechanical actuators, and avionics. Components that might last years in temperate climates are degrading faster here. And when they fail, the clock starts on a procurement process that was already under pressure before the part broke.

The desert doesn’t care about your lead times.

A Region That’s Growing Faster Than Its Supply Chain

Boeing’s 2025 Commercial Market Outlook projects the Middle East fleet will more than double by 2044, with nearly 2,950 new aircraft deliveries and demand for $455 billion in commercial aviation services. The region’s share of global passenger traffic is expected to exceed 10%. That growth is already driving record investment in MRO infrastructure — new hangars, engine shops, and component capabilities — particularly around Dubai’s Al Maktoum International Airport.

But growth doesn’t solve the structural imbalance Qureshi described. Parts manufacturers are prioritising commitments to new aircraft production programmes, leaving fewer components available for the aftermarket. MRO providers and airlines are facing longer procurement cycles, rising acquisition costs, and growing dependence on non-OEM supply channels. At MRO Middle East, Lufthansa Technik Middle East CEO Ziad Al-Hazmi called the region’s fleet growth both an opportunity and a stress test for MRO providers.

The stress test isn’t just about hangar capacity or workforce training. It’s about what happens in the hours between a component failure and a replacement arriving on the ramp.

Getting Parts Quickly Depends on Communication Clarity

Aventure Aviation’s Qureshi made a point that cuts to the core of the problem: operators are now prioritising suppliers who can anticipate demand rather than simply react to failures. Predictive supplier relationships are becoming the competitive advantage.

But predictive requires clean data flow. It requires maintenance control centres, AOG desks, and suppliers to share information that’s structured, complete, and fast. When an actuator fails on a 737 sitting on the ramp in Dammam at 2am, the speed of the replacement depends less on whether a supplier has the part in stock and more on whether the initial request contains the right part number, condition requirement, aircraft registration, and delivery location — or whether it takes three follow-up emails to establish what should have been in the first one.

Proximity to inventory doesn’t help when the request sitting in someone’s inbox is missing half the information needed to act on it.

AMETEK MRO reinforced this at the same conference, pointing out to LARA that heat, sand, and humidity are accelerating wear on electronic components at an alarming rate — creating a growing market for avionics MRO services. More failures means more procurement requests. More procurement requests means more communication. And if that communication is unstructured, incomplete, or scattered across individual inboxes, every additional failure compounds the bottleneck.

The Email Thread Nobody Talks About

The MRO industry talks a lot about turnaround times, slot availability, and parts pricing. It talks less about the communication layer that connects all of these things.

Consider a typical AOG parts request in the region. A maintenance controller identifies a failed component during a night check. They email the parts desk. The parts desk emails two or three suppliers. One supplier responds asking for the condition requirement. Another asks for the delivery address. The original controller has moved on to a different aircraft. The thread sits for an hour. By the time the request is fully specified, the part that was available has been allocated to someone else.

This pattern repeats across the industry every day. It’s not a technology failure — the systems exist to track parts, manage inventory, and route logistics. The failure is in the space between systems: the email where a human being has to communicate what’s needed, clearly enough for another human being to act on it immediately.

We wrote about this same dynamic in our piece on aviation parts consolidation — how the industry is investing billions in physical infrastructure while the communication connecting those assets hasn’t changed in decades. The Middle East is an extreme version of the same problem: harsher conditions, faster failure rates, and a supply chain that’s already stretched thinner than the rest of the world.

Predictive Only Works If the Data Flows

Qureshi described how Aventure Aviation tracks end users’ buying habits and fleet parts reliability data to anticipate demand. That’s smart. But it only works if the information moving between operators, MROs, and suppliers is consistent and structured. You can’t build predictive models on a foundation of inconsistent email threads where the same part is referenced three different ways across four messages.

The broader industry is moving in this direction. At MRO Middle East, panellists repeatedly cited real-time data analytics as the key to lowering costs and improving turnaround times. Petra Aerospace’s CEO Sultan Alaraj told Aviation Week that analytics is spearheading efforts to reduce MRO costs by optimising maintenance schedules and predicting equipment failures.

That’s the aspiration. The reality, for most operations, is that the richest source of operational data — the email communication between teams, suppliers, and customers — is unstructured, unsearchable, and trapped in individual inboxes. You can’t run analytics on a thread you can’t find. You can’t predict demand patterns from data that was never captured in a structured format.

The industry is talking about predictive maintenance and AI-driven analytics. Most MRO teams still can’t search last week’s AOG emails without scrolling through someone’s inbox.

Scale Makes the Problem Worse

The Middle East fleet is projected to double. Low-cost carriers are expanding to nearly 25% of regional seat capacity. Engine overhaul turnaround times have widened significantly. The workforce gap — 234,000 new aviation personnel needed across the region — means less experienced staff handling more complex communication with suppliers they’ve never worked with before.

Every one of those trends amplifies the communication bottleneck. More aircraft means more maintenance events. More maintenance events means more parts requests. More parts requests through the same unstructured email channels means longer resolution times, more errors, and more aircraft sitting on the ground waiting for a follow-up reply.

The region has the capital and the ambition to build world-class MRO infrastructure. New hangars are going up. Engine shops are expanding. Training academies are being established. But none of that physical investment addresses the operational reality that most MRO communication still runs on email threads between people who are under pressure, working across time zones, and often missing the context they need to act quickly.

Where the Leverage Actually Is

The Middle East MRO market isn’t short on investment. It’s not short on ambition. And thanks to its position within an eight-hour flight of 80% of the world’s population, it’s not short on demand.

What it needs — what the entire MRO industry needs — is for the communication between the people operating these expanding platforms to match the speed and precision of the infrastructure being built around them. Bigger inventories help. Faster logistics help. Better analytics will help. But all of those depend on information flowing clearly between the people making decisions under pressure.

The parts will keep failing faster in the heat. The fleets will keep growing. The question isn’t whether the region can build enough hangars. It’s whether the communication connecting those hangars to the suppliers, the AOG desks, and the maintenance controllers can keep up.

Right now, for most operations, it can’t.