The FAA has ordered operators of Boeing 757-200 and 757-300 jets to replace overhead passenger-cabin video screens that lack a secondary retention lanyard. The final rule appeared in the Federal Register on October 27, 2026 and takes effect December 1, 2026. It covers 85 airplanes on the U.S. register, and a single jet can carry as many as 33 of the monitors.
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The trigger was a hard landing in which some monitors came off the rails of the passenger service units, the ceiling-mounted panels that also hold reading lights, air vents and call buttons. The landing stayed within the loads those panels are certified to carry. What worries the agency is a screen that drops, or hangs at an unsafe height, in an aisle that passengers and crew need clear during an evacuation.
Hard landing, ordinary loads
The directive, numbered 2026-21-12 and filed under docket FAA-2025-0003, states the unsafe condition plainly: monitors that fully detach or are held at an unsafe height could injure passengers and impede egress. The text of the final rule in the Federal Register gives no date, airline or airport for the landing, and it says the event did not exceed the emergency load requirements for the panels. A report of that single landing is the only incident the agency cites.
The proposal went out in January 2025, with comments due March 3, 2025, and used almost the same wording. FlightGlobal’s coverage at the time described a monitor that “detached during a hard landing” and noted that the same concern reached Boeing 737NG jets. The 737NG rule landed first: AD 2026-20-13, published October 19, 2026, takes effect November 23, 2026 and covers 459 U.S.-registered jets, according to Aerocorner’s summary. The companion 737NG proposal priced that fleet at several million dollars per monitor group.
A secondary retention lanyard is a strap that keeps a monitor tethered to its panel if the rail latches let go. The directive does not redesign the panels or the mounting rails, and it grounds no airplane. It requires that every PSU-mounted monitor in the fleet carry the tether, either by following Boeing’s bulletins for the two named suppliers or, for everything else, by swapping in lanyard-equipped monitors within 60 months. Early movers get credit: airplanes that already completed the original January 19, 2024 version of the Burrana bulletin receive credit for that work.
Burrana, Panasonic and everyone else
The 757 rule sorts the 85 affected airplanes by which monitor they carry. Thirty-eight have Burrana units and follow Boeing Special Attention Requirements Bulletin 757-25-0320 RB, Revision 1. Thirty-seven have Panasonic units and follow bulletin 757-25-0321 RB, Revision 1. Both revisions are dated August 6, 2025, and operators count the compliance times in them from the December 1 effective date. Ten more airplanes are not identified in Boeing’s service information at all.
Those ten, and any jet outside the bulletins, get a flat 60 months from the effective date to swap in monitors that have lanyards, using an FAA-approved method. The cost table shows how far apart the two supplier paths sit. Labor is three hours at $85, or $255 per monitor, but Burrana parts run $2,734 against $354 for Panasonic. That puts the Burrana group at up to $3,748,206 across 38 airplanes and the Panasonic group at up to $743,589 across 37, with the unlisted ten at up to $986,370.
The per-airplane arithmetic explains the totals. The FAA assumes up to 33 monitors on a jet, so a Burrana-equipped 757 could cost up to $98,637 to bring into compliance, while a Panasonic-equipped one could cost up to $20,097. The gap is almost entirely parts: Burrana’s replacement units cost roughly seven times as much as Panasonic’s, which is why the 38 Burrana airplanes account for more than three-quarters of the combined estimate.
What Delta, Panasonic and the freighter converters asked for
Five comments reached the docket. Delta Air Lines asked the FAA to confirm that operators can work out whether a given airplane is covered by inspecting it or by reviewing records, and the agency agreed that either route is acceptable. Delta also wanted two Panasonic service bulletins accepted as ways to comply. The FAA declined, citing insufficient data.
Panasonic Avionics Corporation pushed back on the framing. The company asked for wording making clear that its monitors did not detach under emergency-level loads, and it asked the FAA to accept its own service bulletin SB141908-44-002. The agency answered that it is unaware of Panasonic monitors that detached in hard landings below the emergency-load threshold, left the text unchanged and did not accept the bulletin. Precision Conversions, LLC fared better: its freighter conversion under supplemental type certificate ST01529SE removes the monitors altogether, so those 757-200s are excluded. Aviation Partners Boeing confirmed that its blended winglets, under STC ST01518SE, do not change compliance.
Julie Linn, an FAA aviation safety engineer, is the listed contact for operators with questions about the directive. What the published text still does not say is which airline flew the hard landing, where it happened and whether anyone was hurt, even as it orders lanyards onto every uncovered screen in the fleet.
This article was produced with the assistance of AI and reviewed by Morning Overview editors prior to publication.
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