Alaska Air Orders Over 105 Boeing 737-10s and Five 787 Dreamliners
Alaska Air Group has placed a firm order for over 105 Boeing 737-10 jets and five 787 Dreamliners, bolstering Boeing’s 2026 delivery backlog. Secretary Sean Duffy cited the deal as a confidence vote in U.S. manufacturing and affirmed upcoming Air Traffic Control system upgrades that could streamline Boeing’s operational environment.
1. Boeing’s Position in the Duopoly Reinforced by Record Backlog
Boeing enters 2026 benefiting from its entrenched position alongside Airbus, with combined order backlogs exceeding 16,000 commercial aircraft across both manufacturers. Despite recent production setbacks, Boeing’s backlog remains robust, covering nearly five years of output at current delivery rates. This large undelivered order book provides revenue visibility through the mid-2020s and underpins anticipated stable cash flows, supporting continued investments in R&D and working capital.
2. Production Bottlenecks and Reliability Improvements Underway
After facing engine reliability issues and supplier constraints in late 2025, Boeing has ramped up collaboration with engine makers and tier-one vendors to boost throughput. The company projects a 15% increase in 737 production rates by Q3 2026, contingent on qualifying additional engine modules and resolving fuselage assembly line bottlenecks. Field data from the 787 fleet shows mean time between shop visits improving by 12% year-over-year, signaling progress on reliability targets that should lighten aftermarket expense burdens.
3. Landmark Alaska Air Order Signals Manufacturing Confidence
In January 2026, Boeing secured a firm commitment for over 105 737-10 jets and five 787 Dreamliners from Alaska Air Group, marking one of its largest single-carrier agreements. This deal underscores airline confidence in Boeing’s product roadmap and delivery cadence. The contract will drive expanded utilization of South Carolina and Washington assembly plants, preserving over 8,000 direct manufacturing jobs and enabling further scale-up of final-assembly operations.