FAA Chief Deflects Blame in Boeing MAX Certification Saga, Points Finger at Manufacturer
Washington, United States — Federal Aviation Administration Administrator Bryan Bedford firmly rejected suggestions that his agency bears responsibility for delays plaguing Boeing’s long-awaited 737 MAX 7 and MAX 10 certification programs, instead placing the onus squarely on the troubled manufacturer to complete its own engineering work.
Speaking to reporters following an address in the nation’s capital on Wednesday, Bedford acknowledged the FAA had deployed substantial resources toward shepherding both narrowbody variants through the approval process. Yet he was blunt in his assessment of where accountability ultimately lies. The former Republic Airways chief executive made clear that regulatory assistance can only carry Boeing so far—the manufacturer must deliver on its engineering commitments.
The comments arrive at a pivotal moment for Boeing’s single-aisle program, which has endured years of setbacks stemming from safety scandals, production quality lapses, and persistent technical challenges. More than 1,200 orders sit in Boeing’s backlog for the MAX 10 alone, representing billions in potential revenue that remains locked until the aircraft secures FAA blessing.
Technical Hurdles Persist Despite Progress
At the heart of the certification delays sits a stubborn engineering problem: the engine anti-ice system shared across the entire MAX family. When activated in certain conditions, the system can cause overheating in the composite engine inlet cowling, potentially leading to structural damage or debris release. The FAA identified this issue through an airworthiness directive back in August 2023, permitting in-service MAX 8 and MAX 9 aircraft to continue flying under operational restrictions while demanding a permanent fix for the uncertified variants.
Boeing had initially targeted completion of the redesign by early 2025. That timeline slipped repeatedly as the manufacturer discovered its preferred solution introduced additional complications. During earnings calls last summer, Chief Executive Kelly Ortberg conceded the company had to abandon an earlier approach entirely after testing revealed new safety concerns. Engineers were sent back to rework the design from scratch—a process that proved far more delicate than anticipated given the system’s potential to alter airflow characteristics into the CFM International LEAP-1B turbofans.
Progress finally materialized late last year. At the Dubai Airshow in November 2025, Boeing Commercial Airplanes President Stephanie Pope announced the manufacturer had completed thousands of hours of design work on the new anti-ice system. What remains, she explained, involves finalizing a certification plan acceptable to regulators.
A New Assembly Line Takes Shape
While certification discussions continue, Boeing has been quietly preparing for eventual approval. The manufacturer plans to assemble the MAX 10 exclusively at its sprawling Everett facility north of Seattle—a historic first that will bring narrowbody production to a complex long associated with widebody giants like the 747 and 777.
Job postings appeared just days ago for shift managers at what Boeing calls the “North Line,” a dedicated assembly operation that will occupy space formerly used for the now-retired Queen of the Skies. Applications close in late February, according to listings first spotted by the Seattle Times. Industry analyst Scott Hamilton of Leeham News estimates the line could activate as early as midyear, though initial production may involve MAX 8 and MAX 9 aircraft while the MAX 10 awaits its certification clearance.
The Everett decision reflects practical considerations beyond available floor space. As the longest member of the MAX family, the MAX 10 presents greater assembly complexity and requires more time on the production line than its smaller siblings. Isolating it from Renton—where three existing MAX lines are ramping toward higher output—allows Boeing to maintain momentum on current variants while preparing for the new model’s eventual certification.
Alaska Airlines Bets Big on Boeing
Perhaps the strongest recent vote of confidence in the MAX 10’s future came from Alaska Airlines, which announced its largest aircraft order ever just weeks ago. The Seattle-based carrier committed to 105 MAX 10s along with five Boeing 787-10 widebody jets, securing delivery slots extending through 2035. Options for an additional 35 narrowbodies sweeten the deal further.
The order carries particular significance given Alaska’s recent history with Boeing. Almost exactly two years prior, a door plug separated from one of the airline’s MAX 9 aircraft shortly after departure from Portland, triggering a cabin depressurization that stunned the industry and led to intensive scrutiny of Boeing’s manufacturing processes. That incident prompted the FAA to impose production caps that persisted for nearly two years before lifting last October.
Alaska Chief Executive Ben Minicucci expressed confidence the MAX 10 would achieve certification this year, aligning with Boeing’s stated expectations. The airline’s fleet chief suggested first deliveries could arrive in the first half of 2027, with roughly half the ordered aircraft destined to replace aging 737 Next Generation jets while the remainder supports growth.
Regulatory Reform on the Horizon?
Bedford hinted Wednesday at broader changes potentially coming to how the FAA approaches aircraft certification. Both he and predecessor Mike Whitaker have advocated for process reforms, and Bedford revealed the agency has launched several experimental initiatives in partnership with industry stakeholders. He described these as “Skunk Works” projects—a nod to Lockheed Martin’s legendary advanced development unit—aimed at identifying opportunities to streamline approval pathways without compromising safety standards.
The administrator declined to speculate on outcomes, acknowledging that any changes must balance efficiency gains against the FAA’s core safety mission. That mission has never felt more urgent than in the aftermath of two fatal MAX 8 crashes that claimed 346 lives and fundamentally reshaped regulatory oversight of Boeing.
Congress added another layer of complexity following those tragedies by mandating enhanced crew alerting systems for new MAX variants. The FAA announced in December it had begun formal review of Boeing’s proposed cockpit improvements, which include a synthetic-enhanced angle-of-attack system designed to provide pilots with better situational awareness during abnormal conditions. The MAX 10 cannot enter service until this review concludes satisfactorily.
The Stakes for Boeing
For a manufacturer that hasn’t posted full-year profitability since 2018, the MAX 10 represents more than just another product line. It competes directly with Airbus’s popular A321neo in the high-capacity single-aisle segment—a market where Boeing has steadily lost ground during its years of turmoil. Every month of delay allows European rival to capture more market share and cement customer relationships.
The financial pressure is immense. Boeing delivered 150 aircraft in the second quarter of 2025, a marked improvement from prior periods, yet the company still recorded a $612 million loss. Getting the MAX 10 certified and into production would activate delivery payments on those 1,200-plus orders, providing much-needed cash flow as the manufacturer continues its recovery.
Airlines remain patient for now. WestJet, United, Ryanair, Delta, and American all hold significant MAX 10 commitments. But patience has limits in an industry where fleet planning operates on decade-long horizons. Extended delays could eventually prompt customers to look elsewhere—a scenario Boeing can ill afford.
Looking Ahead
Bedford’s comments Wednesday represent the latest chapter in a certification saga that has tested relationships between manufacturer, regulator, and airline customers alike. The FAA administrator’s message was clear: Boeing possesses the capability and resources to complete certification, but must demonstrate that capability through rigorous engineering work rather than expecting regulatory shortcuts.
Whether the MAX 7 and MAX 10 achieve certification in 2026 as Boeing hopes, or slip further into 2027 as some analysts predict, depends largely on factors within the manufacturer’s control. The anti-ice fix appears finally resolved. The crew alerting system is under review. Production infrastructure is being prepared in Everett.
The question remaining is whether Boeing can execute flawlessly through the final certification hurdles—something the company has struggled to achieve consistently in recent years. For Bedford and the FAA, the answer will determine not just when two new aircraft enter service, but how much the agency can trust Boeing’s assurances moving forward.
This article was produced in accordance with our editorial standards. Aviantics maintains strict editorial independence.
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