Getting seat counts back to 100% doesn’t mean Gulf aviation capacity has actually recovered. Airlines could restore every seat on the schedule and still be running an underpowered network — longer routings and slower aircraft turnarounds are quietly eating into productivity, Sindy Foster, principal managing partner at Avaero Capital Partners, tells EnterpriseAM. And that mismatch is a big part of why UAE fares could stay elevated through much of 2026, according to a Tourise and Oxford Economics report (pdf).

The UAE sits at the center of that capacity squeeze. Gulf hubs handle around 14% of global transit traffic, while roughly 20% of Europe-Asia travel typically connects through the region. The disruption has already hit capacity hard, with Middle Eastern carriers operating around 50% fewer flights y-o-y in March. Forward bookings through major Gulf hubs for 2Q and 3Q fell by more than 40%. International capacity to and from Middle Eastern countries was also nearly 40% lower y-o-y in April, while passenger demand fell almost 50%.

So what does capacity recovery actually mean? “If an airline restores 100% of its seats but jets are flying longer routings, completing fewer rotations, and consuming more fuel and crew hours, its effective capacity has not fully recovered. The same fleet is producing fewer economically efficient seat kilometers,” Foster adds.

That puts the focus on aircraft productivity: Capacity needs to catch up with demand at the same time as aircraft productivity improves and the marginal cost of adding another seat falls. Shorter routings, normal rotations, stable schedules, and lower fuel costs therefore matter alongside the headline seat count, Foster tells us.

The business lens: the fare is only half the story

The economics of that constrained capacity are already showing up in fares. “There are two premiums in the fare: a cost premium and a scarcity premium,” Foster says. The cost premium comes from fuel, longer routings, aircraft hours, crews, and disruption, while the scarcity premium is created when fewer seats are competing for the same passenger. Where demand holds up, airline revenue-management systems can close cheaper inventory earlier and sell a larger proportion of the remaining seats in higher fare buckets, she adds.

That higher fare still has to outrun the cost of producing the seat. An airline can collect a higher average fare and still make a lower margin if costs rise faster, Foster notes. At industry level in June, airlines were typically expected to recover only around 30-60% of higher fuel expenses through fares, while Middle Eastern carriers were projected to swing to a collective USD 4.3 bn loss this year despite the high-ticket environment.

Those costs may not have fully worked through airline finances yet. Fuel hedging means the operational and financial shocks move on different clocks, Foster says. “Some fuel being consumed today was hedged months ago. As those hedges expire and airlines buy fuel at prevailing prices, the financial impact of the disruption starts to show up more fully,” she adds.

That lag creates beneficiaries as well as losers: Scarcity can benefit fuel suppliers, some MRO providers, lessors, and airlines that still have aircraft available — even as carriers operating constrained networks absorb higher costs.

The extent of that exposure varies by carrier. Emirates, for example, said in May that it was hedged for fuel through 2028 and 2029 and had already secured the fuel volumes needed to restore operations.

The resilience lens: the aircraft-hours crunch

The hardest piece of capacity to rebuild may not be an airport slot or even an aircraft — it may be the hours that aircraft have available each day. “Aircraft time is potentially the hidden binding constraint. Airspace can reopen overnight. Aircraft productivity does not necessarily recover overnight. Every additional hour of flying has a network consequence. It affects crew duty time, maintenance intervals, turnaround resilience, and the ability of the aircraft to operate its next sector. Multiply that across hundreds of rotations and relatively small increases in block time can consume a surprising amount of fleet capacity,” Foster tells us.

That is where a backup route can stop functioning like real redundancy. “The alternative remains viable for as long as the additional cost is smaller than the revenue lost by canceling the service. An extra hour or two of flying can translate into significantly higher fuel consumption, additional crew costs and, critically, less aircraft utilization across the day. What looks like redundancy from an infrastructure perspective can therefore become a very expensive workaround for an airline,” Richard Maslen, head of analysis at CAPA – Centre for Aviation, tells EnterpriseAM.

The systems lens: restoring the route map is not restoring the hub

This matters especially in Dubai and Abu Dhabi because a hub is a system of timed connections. A carrier could restore 95% of its destinations and still operate a materially weaker hub if frequencies are lower or arrival and departure times no longer line up, Foster says. The same vulnerability emerged earlier in the war, when the regional network took an efficiency hit: the Gulf model depends on tightly synchronized connection banks.

And the damage from cutting frequencies is not necessarily proportional to the seats removed. Taking a twice-daily service down to once daily can wipe out an entire connection bank, eliminating dozens of viable itineraries rather than simply halving that route’s capacity, Foster says.

The capacity loss was uneven enough to weaken the Gulf hub machine itself. By early April, Emirates had recovered three-quarters of its pre-conflict capacity and Etihad around half, while Qatar Airways was still running at only about 20%. The disruption was starting to redirect traffic elsewhere, with airlines outside the region redeploying aircraft to capture flows that would otherwise have connected through Gulf hubs.

The longer the disruption lasts, the harder that capacity can be to win back. If constrained Gulf frequencies push traffic toward Doha, Istanbul, European hubs or newly added direct services, rival airlines have an incentive to commit aircraft and frequencies to those flows. Dubai and Abu Dhabi may therefore eventually need to restore more than the capacity they lost — they could be rebuilding into a market where competing capacity has already expanded around the disruption, Maslen argues. “Gulf hubs therefore have an incentive to restore not simply capacity, but the convenience and reliability that originally made them dominant,” he adds.

The hub is the part that still needs fixing: Even if Gulf carriers had learned how to rebuild schedules around restricted airspace by late June, longer routings, congestion, and irregular flight planning were still disrupting the connection flows that Emirates, Etihad, and Qatar Airways depend on. Full-service Gulf carriers were particularly exposed because their networks are built around coordinated transfers through Dubai, Abu Dhabi, and Doha — meaning a capacity recovery that comes back with weaker frequencies or less reliable connections can still leave the wider hub system operating below normal.