Aircraft Orders & Deliveries
USC Aero Acquires Five Lufthansa A340-600s for Fleet and Parts
USC Aero buys 5 retired Lufthansa A340-600s, returning 2 to service at 400 seats and parting out 3 for spares.
This article summarizes reporting by Aviation Week by Kurt Hofmann.
German wet-lease operator Universal Sky Carrier GmbH (USC Aero) has acquired five retired Airbus A340-600 Commercial-Aircraft from Lufthansa, securing both operational capacity and a dedicated spare parts supply chain for its growing quadjet fleet.
The Acquisitions, detailed on June 23, 2026, highlights a specialized niche market for older four-engine widebody aircraft. While legacy carriers like Lufthansa are accelerating the retirement of quadjets in favor of more efficient twin-engine models, Aircraft, Crew, Maintenance, and Insurance (ACMI) operators are leveraging the low acquisition costs of these airframes to maintain profitable charter operations. According to Aviation Week, USC Aero plans to return two of the newly acquired A340-600s to active service while dismantling the remaining three for parts.
Operational expansion and high-density reconfiguration
USC Aero has been steadily building a fleet centered around the Airbus A340 family. Prior to this transaction, the Frankfurt-based company already operated a former South African Airways Airbus A340-300 alongside an A340-600, the latter of which is currently flying under an ACMI agreement for Surinam Airways. The addition of the ex-Lufthansa airframes will significantly expand the operator’s widebody capacity.
USC Aero Managing Director Klaus Dieter Martin confirmed the fleet strategy to Aviation Week, stating that “two will continue to operate, three will be parted out.”
The two aircraft slated for continued operation will undergo significant interior modifications. Aerospace Global News reported that USC Aero intends to reconfigure the cabins to accommodate approximately 400 passengers. This represents a substantial density increase from Lufthansa’s original layout, which seated 281 passengers across multiple classes. The high-density configuration aligns with the typical requirements of ACMI and charter markets, where maximizing passenger volume is critical for profitability.
Securing the A340 supply chain
The decision to dismantle three of the five acquired aircraft addresses a primary challenge of operating out-of-production airframes: parts availability. Some of the A340-600s acquired from Lufthansa have accumulated up to 64,000 flight hours during their service life. By parting out the majority of the purchase, USC Aero guarantees a steady inventory of rotables and structural components to support its active fleet.
The teardown process is already underway. On April 8, 2026, UK-based parts supplier Executive Jet Support announced it had acquired two of these specific ex-Lufthansa A340-600s from USC Aero for dismantling. The two airframes, identified by Manufacturer Serial Numbers (MSN) 771 and 846, were sent to facilities in Bydgoszcz, Poland. Components harvested from these aircraft will supply the global secondary market while ensuring USC Aero maintains the necessary inventory to keep its own A340s airworthy.
AirPro News analysis
We view USC Aero’s strategy as a textbook example of how ACMI operators extract final economic value from late-life widebody aircraft. Lufthansa is actively replacing its A340-600s with modern twin-engine aircraft like the Airbus A350 to reduce fuel burn and maintenance costs. However, the economic calculus is entirely different for a wet-lease operator.
Because ACMI aircraft typically fly fewer annual hours than scheduled airline fleets, capital acquisition costs often outweigh fuel efficiency in the overall business model. By purchasing fully depreciated assets outright, USC Aero minimizes its capital exposure. Furthermore, controlling its own teardown pipeline insulates the company from supply chain bottlenecks and inflated secondary market prices for A340 components. As the global pool of active A340s shrinks, operators who control their own spares will be the only ones capable of maintaining reliable dispatch rates.
Sources: Aviation Week
Photo Credit: USC GmbH