Commercial aircraft are typically dismantled after decades of service, when the cost of maintaining an aging airframe exceeds what the aircraft is worth on the open market. The Boeing 787 Dreamliner has been in service since 2011, and most of the fleet is less than 15 years old. Under normal circumstances, the type would be decades away from producing teardown candidates. But these are not normal circumstances.

A series of 787s with minimal or zero commercial service have been sent for dismantling over the past two years, not because anything is wrong with them, but because the global aerospace supply chain has made their individual components more valuable than the aircraft as a whole. The post-pandemic parts shortage, combined with manufacturer production backlogs and a 787 fleet that is too young to generate normal retirement-driven parts supply, has created a market where scrapping a nearly new widebody is a rational financial decision.

A 787 With 13 Flight Hours Sent To The Scrapyard

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In early 2026, a Boeing 787-8 Dreamliner registered as N947BA arrived at Roswell International Air Center in New Mexico to be dismantled. The aircraft had logged approximately 13 flight hours across a handful of ferry flights. It had never carried a single paying passenger. C&L Aviation, the company handling the teardown, described it as the first GE Aerospace-powered 787 to be disassembled in the United States and the first virtually new Dreamliner to be scrapped anywhere in the world.

N947BA was the 17th 787 to roll off Boeing’s production line, one of the early-build aircraft grouped into the so-called terrible teens. These airframes were manufactured before full certification was complete and were later found to have structural weaknesses where the wings joined the fuselage. Boeing struggled to place them with customers. N947BA was originally built for Royal Air Maroc, but the airline did not accept delivery due to assembly issues and excess weight. The aircraft changed hands, spent years in storage at Victorville, and never found a viable commercial operator willing to take on an airframe with a complicated history and no operating track record.

The math that sent it to the scrapyard was straightforward. The two engines alone carry a half-life market valuation of approximately $20 million each, which already exceeded the aircraft’s last sale price as a complete jet by $15 million. Adding the landing gear at $4 to $6 million, avionics and major line-replaceable units at $2 to $4 million, APU and nacelle hardware at $2 to $3 million, and other rotable components pushed the estimated parts value to between $50 and $56 million. As a complete aircraft, N947BA was difficult to sell. As parts, it was worth more than it had ever been worth whole.

The Supply Chain Crisis That Made Parts Worth More Than Planes

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The decision to scrap a virtually new aircraft only makes economic sense when individual components are worth more than the aircraft they are attached to, and that is precisely what the post-pandemic aerospace supply chain has produced. Manufacturers of original equipment parts have been unable to scale production fast enough to meet demand from airlines operating growing fleets, with resources concentrated on building new aircraft against a backlog that now exceeds 17,000 orders. IATA and Oliver Wyman estimated that supply chain bottlenecks cost the airline industry more than $11 billion in 2025, driven by excess fuel costs from operating older aircraft, grounded jets awaiting parts, and maintenance delays across the system.

The shortage has driven up the value of used serviceable materials significantly. Rotable components, the parts that can be removed, inspected, and certified for reinstallation on another aircraft, have become scarce enough that competition among airlines for available units is intense. Airlines operating large 787 fleets are experiencing delays of several months in sourcing replacement parts, with some aircraft grounded for extended periods while awaiting specialized components. With over 1,200 Boeing 787s in active service worldwide and very few having been retired or scrapped, the pool of available used parts for the type has been extremely small relative to demand.

The supply chain imbalance has now reached the point where nearly new aircraft are worth more for teardown than as operational jets. The dynamic is not limited to the 787. Two Pratt and Whitney engines powering an A321neo are currently worth more to lease than the entire aircraft as a whole. IATA does not expect the structural mismatch between airline requirements and production capacity to normalize before 2031 to 2034, which means the conditions making teardown economics attractive are likely to persist for years.

Norwegian’s 787-8s And TUI’s Early Retirement

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The cases that preceded N947BA involved aircraft with actual commercial service histories, which makes the teardown decision more instructive. In October 2023, two former Norwegian Air 787-8s became the first commercially operated Dreamliners to be dismantled, broken up at Glasgow Prestwick Airport by EirTrade Aviation. Both aircraft had been delivered to Norwegian in 2014 and operated on the airline’s transatlantic low-cost routes before Norwegian restructured and shed its long-haul network in 2021. By the time they reached Prestwick, they were approaching the 12-year checks and landing gear overhauls that represent some of the most expensive scheduled maintenance events in a widebody aircraft’s life.

The economics at that point favored dismantling over continued service. Performing a 12-year check and landing gear overhaul on a 787-8 runs into the tens of millions of dollars, and for an aircraft without a committed operator or lessee, the cost of bringing it back to full airworthy condition exceeded what the aircraft would sell for as a whole on the open market. The parts inside it were worth more than the cost of the maintenance required to keep it flying. In December 2025, TUI Group reached a similar conclusion with its first 787-8, registered G-TUID, sending it for scrapping and parts recovery rather than investing in the maintenance needed to keep it operational.

What distinguishes these cases from N947BA is that Norwegian and TUI’s aircraft had genuine commercial histories and accumulated meaningful airframe hours. Their teardown was driven by the cost of upcoming maintenance relative to the aircraft’s market value, a calculation that has always existed in commercial aviation but has been accelerated by the current parts shortage.

What Makes A 787 Particularly Valuable As Parts

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What makes the 787 aftermarket particularly active is the size and relative youth of the in-service fleet. Over 1,200 Dreamliners are flying worldwide, all of them less than 15 years old, and virtually all of them will need replacement components at some point during their remaining service lives.

Normal attrition, where older aircraft are retired in sufficient numbers to feed the secondary parts market, has not yet occurred at any meaningful scale for the 787. The type has not been in service long enough for large numbers of airframes to reach the end of life, which means the usual source of used parts barely exists for this aircraft.

That gap between demand and supply is what makes low-hour and commercially unviable 787s attractive as teardown candidates. An aircraft that cannot be sold as a whole to an operator can still generate significant revenue through component recovery, and the buyers for those components are airlines that need parts now and cannot wait months for new production from the manufacturer. Each 787 dismantled feeds parts back into a fleet that is large, active, and underserved by the normal supply channels.

The Used Serviceable Material Market And What It Means For Airlines

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The global market for used serviceable materials has grown steadily for years, but the post-pandemic supply chain crisis has accelerated that growth considerably. Airlines have always used USM as a cost-effective alternative to new parts from manufacturers, but the current environment has shifted it from a preference to a necessity. When new components carry lead times measured in months, and manufacturers are prioritizing production line output over aftermarket supply, used parts sourced from dismantled aircraft become the fastest available path to keeping operational aircraft flying.

The 787 teardowns are the most visible example of what that market pressure produces, but the dynamic extends across aircraft types. The Pratt and Whitney engine shortage has made A320neo and A321neo component values surge to the point where engine lease rates exceed the lease value of the aircraft they power. Older types like the 767 and A330 are being kept in service longer than planned because replacement aircraft have not been delivered, which in turn reduces the number of older airframes available for teardown and further tightens the parts supply. The entire cycle is self-reinforcing.

The implications extend beyond individual teardown decisions. As USM becomes a larger share of the overall parts supply for modern aircraft types, the industry’s dependence on a steady flow of retired airframes increases. If manufacturers cannot close the gap between production output and fleet demand, the pressure to retire younger aircraft specifically for parts recovery will grow. The aerospace supply chain has historically relied on aircraft aging out of service naturally to feed the secondary market. What the current environment has demonstrated is that when natural attrition does not produce enough supply, the market will create its own.