Boeing Outpaces Airbus in Jan 2026 Orders as Both Face Delivery Delays

Despite Boeing leading in January 2026 orders and deliveries, both of the industry's primary Original Equipment Manufacturers (OEMs) are signaling significant production challenges. The slow start to the year highlights persistent aircraft production challenges and aerospace supply chain issues that constrain their ability to meet surging airline demand for new aircraft.

The delivery bottleneck has direct implications for airlines awaiting new, more fuel-efficient aircraft to support fleet renewal and expansion plans. With a combined backlog of over 15,000 aircraft, the inability of Airbus and Boeing to accelerate production creates a critical challenge for the global aviation industry's recovery and growth trajectory. This dynamic puts upward pressure on lease rates for existing aircraft and could delay the retirement of older, less efficient models.

January 2026 Performance in Detail

According to January 2026 commercial aircraft reports, Boeing delivered 46 aircraft and secured 107 gross orders, which resulted in 103 net orders after cancellations. The deliveries were heavily weighted toward its narrow-body program, including 38 Boeing 737 MAX aircraft. This performance positions Boeing ahead of its rival for the first month of the year.

In contrast, Airbus reported 19 deliveries and booked 49 gross and net orders in the same period. The European manufacturer's deliveries included 15 aircraft from the Airbus A320neo family, three A220s, and one A350. The disparity in delivery figures underscores the acute pressures facing Airbus, particularly within its single-aisle Final Assembly Lines (FAL). At the end of January 2026, Boeing's commercial aircraft backlog stood at approximately 6,770 aircraft, while Airbus's backlog was significantly larger at around 8,777 aircraft.

Supply Chain Constraints and Production Headwinds

Both manufacturers cite ongoing supply chain disruptions as the primary impediment to increasing production rates. Airbus CEO Guillaume Faury has consistently identified engine manufacturers as the principal constraint. The issue has become so pronounced that Airbus has been forced to produce "gliders"—aircraft fully assembled but lacking engines—which await powerplants before they can be delivered to customers. Faury noted that while the overall supply chain has shown some improvement, engine procurement remains a significant challenge for 2025 and into 2026.

This problem is not new. Former Boeing CEO Dave Calhoun warned as early as mid-2022 that the supply chain was not prepared for production rate increases and that these constraints could persist for years. For Boeing, the focus has shifted toward stabilizing its current production rhythm, particularly for the 737 MAX program, following a series of quality control issues. The company is now more reliant on its current factory output rather than delivering from its previously built inventory, making stable monthly production critically important. The execution challenges in achieving these goals are a subject of extensive industry analysis.

Ambitious Targets Meet Reality

The production struggles come as both OEMs hold ambitious targets to ramp up output to meet the robust post-pandemic demand from airlines. According to Aviation Week Network, Airbus is targeting 870 commercial aircraft deliveries for the full year of 2026. More broadly, the manufacturer aims to reach a production rate of 75 single-aisle aircraft per month by 2027, as reported by CAPA - Centre for Aviation.

Similarly, Boeing aims to increase its 737 MAX production to 47 aircraft per month by the early summer of 2026. Achieving these targets is contingent on stabilizing the fragile supplier base, which includes everything from raw material providers to complex component manufacturers like engine makers. The gap between these goals and current output levels illustrates the steep climb both companies face.

Why This Matters

The ongoing production delays at Boeing and Airbus have wide-ranging consequences for the aviation ecosystem. For airlines, it means extended waits for new-generation aircraft, potentially forcing them to operate older, less fuel-efficient planes for longer and delaying route expansion plans. This production bottleneck also constrains global capacity growth and can contribute to higher airfares in a demand-heavy market. The situation underscores the fragility of the global aerospace supply chain and its critical role in the airline industry's financial health and environmental goals.

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