FAA AD 2026-13-16: Boeing 757 and 767 Family — 5G Canadian Airspace Requires Two-Part AFM Revision

Quick Reading

What does FAA AD 2026-13-16 require for Boeing 757 and 767 operators?

FAA AD 2026-13-16, effective July 1, 2026, requires operators of Boeing 757-200, -200PF, -200CB, -300 and 767-200, -300, -300F, -400ER, and -2C aircraft to complete two AFM revisions before operating in Canadian airspace — both an AFM Limitations revision and an AFM Operating Procedures revision. Completing only one section does not satisfy compliance.

 How does the 757/767 5G AD differ from other Boeing 5G directives?

Most Boeing 5G Canadian airspace ADs require only an AFM Limitations revision. FAA AD 2026-13-16 for the 757 and 767 requires both an AFM Limitations revision and an AFM Operating Procedures revision — the same two-part structure as the 787 AD (2026-13-11). The failure mode is autoflight workload on approach.

Quick Compliance Summary

Regulatory bodyFederal Aviation Administration (FAA)
AD number2026-13-16 — Amendment 39-23399
DocketFAA-2026-7207
Aircraft affectedAll Boeing 757-200, -200PF, -200CB, -300 and 767-200, -300, -300F, -400ER, -2C series
Issue5G Lower C-Band interference in Canadian airspace causes increased flightcrew workload on approach with autoflight systems engaged
Required actionAFM Limitations revision AND AFM Operating Procedures revision
Compliance deadlineJuly 1, 2026 — already effective
Who must actOperators, Directors of Operations, CAMOs for 757 and 767 fleets with Canadian operations
SourceFederal Register Vol. 91, No. 125, June 30, 2026 — FR Doc 2026-13218

Who Should Read This

Directly relevant to:

  • Directors of Operations for airlines and cargo operators with 757 and 767 Canadian routes
  • Directors of Maintenance responsible for AFM currency
  • Continuing Airworthiness Managers (CAMs)
  • Flight Operations and Standards departments
  • Crew Training and Standards teams
  • Dispatch and Operational Control departments

This is the eighth type-specific 5G AD in the Canadian airspace series. It covers the Boeing 757 and 767 families. Both require a two-part AFM revision — not the single Limitations revision that covers most other types in this series.

At a Glance

ItemDetails
AD Number2026-13-16
Amendment39-23399
DocketFAA-2026-7207
ATA Code34 — Navigation
Aircraft757-200, -200PF, -200CB, -300; 767-200, -300, -300F, -400ER, -2C
Effective DateJuly 1, 2026
Required ActionAFM Limitations revision + AFM Operating Procedures revision
Failure modeIncreased flightcrew workload on approach with autoflight engaged
Terminating actionAvailable — radio altimeter tolerant upgrade
Comment deadlineAugust 14, 2026

What Changed

The FAA published AD 2026-13-16 on June 30, 2026. It became effective July 1, 2026.

The root cause is identical to all other 5G ADs in this series. Transport Canada removed 5G Lower C-Band airport protection mitigations from July 1, 2026. Only radio altimeter-tolerant airplanes are adequately protected in Canadian airspace after that date.

This AD covers the entire Boeing 757 family and the entire 767 family. It was published alongside the other type-specific 5G ADs on June 30 and has been in effect since July 1 — but was not yet covered in the ARW 5G series.

Why It Matters — The Two-Part AFM Requirement

This is the operationally important distinction for the 757 and 767.

Most type-specific 5G ADs in this series require a single AFM revision — a Limitations section update. The 757 and 767 AD requires two separate AFM revisions:

Part 1 — AFM Limitations revision. Incorporates limitations prohibiting certain operations requiring radio altimeter data when operating in Canadian airspace.

Part 2 — AFM Operating Procedures revision. Provides specific crew procedures for operating under the Limitations in Canadian airspace.

The revision of the Operating Procedures is an additional compliance burden. It means the crew briefing component is more specific than for the 737 Classic/NG or legacy fleet. Dispatch teams and training departments must ensure crews are briefed on both the limitations and the operating procedures — not just the limitations alone.

This two-part structure mirrors the 787 AD (2026-13-11) and the MD-80/90 portions of the legacy fleet AD (2026-13-15). Operators managing multiple fleet types need to track which AFM revision structure applies to each type.

The failure mode is the same as the Classic/NG and legacy fleet directives: increased flightcrew workload on approach with the flight director, autothrottle, or autopilot engaged. 5G interference disrupts radio altimeter data these automation systems depend on. The crew must manage unexpected autoflight degradation at the most demanding phase of flight.

Who Is Affected

All Boeing 757 and 767 series airplanes, certificated in any category.

FamilyVariants covered
757757-200, 757-200PF, 757-200CB, 757-300
767767-200, 767-300, 767-300F, 767-400ER, 767-2C

The 757-200PF and 767-300F are freighter variants — cargo operators with Canadian routes should treat this as a priority. The 767-2C is the KC-46A Pegasus tanker variant in commercial certification; confirm applicability with Boeing for specific operator configurations.

No variant exceptions exist within these families.

Required Action

Step 1 — Revise the AFM Limitations Section. Insert the limitations specified in the AD for non-radio altimeter tolerant airplanes operating in Canadian airspace.

Step 2 — Revise the AFM Operating Procedures Section. Insert the operating procedures specified in the AD. These procedures provide specific crew actions for operating under the Canadian airspace limitations.

If your AFM already has an Operating Procedures Section complying with paragraph (k) of AD 2023-12-12 (the prior US domestic 5G AD for the 757/767), that is acceptable for compliance with the Operating Procedures requirement of this AD.

Terminating action: Modifying the airplane from a non-radio altimeter-tolerant airplane to a radio altimeter-tolerant airplane terminates both the Limitations and the Operating Procedures for that airplane. Once modified, both AFM revisions may be removed.

5G AD Series — Complete Picture

This AD completes coverage of the Boeing transport category fleet. All major Boeing and McDonnell Douglas families now have type-specific 5G directives.

ADAircraftAFM revisions requiredFailure mode
2026-13-02All transport/commuterLimitationsGeneral
2026-13-17737 MAXLimitationsThrust reverser/spoiler/idle thrust
2026-13-13737 Classic/NGLimitationsAutoflight workload
2026-13-16757 and 767Limitations + Ops ProceduresAutoflight workload
2026-13-11787Limitations + Ops ProceduresAIR/GROUND + landing distance
2026-13-10747-8 and 777LimitationsPitch control / tail strike
2026-13-14747 Classic/400LimitationsAutoflight workload
2026-13-15Legacy Boeing/MD (707–MD90)Limitations (+ Ops for MD-81/82/83/87/88/MD-90)Autoflight workload

Operational Impact

The AD is already effective. There is no compliance window remaining.

For 757 and 767 operators with Canadian operations, confirm two things before any further Canadian flights:

  1. The AFM Limitations section has been updated
  2. The AFM Operating Procedures section has been updated

Completing only the Limitations revision does not satisfy this AD. Both sections must be updated. Operating in Canadian airspace with an incomplete AFM revision violates 14 CFR 39.7.

Crew briefings must cover both elements. The operating procedures revision is not just a documentation task — crews need to be familiar with the specific procedures for Canadian airspace operations under the limitations.

Key Dates

EventDate
Transport Canada notifies FAALate March 2026
AD 2026-13-16 publishedJune 30, 2026
AD effective / Canadian 5G protections removedJuly 1, 2026
Comment deadlineAugust 14, 2026

Source Documents

FAQ

Does this AD require one AFM revision or two?

Two. The 757 and 767 AD requires both an AFM Limitations revision and an AFM Operating Procedures revision. Completing only the Limitations revision does not satisfy compliance.

Does this apply to 757 and 767 aircraft that don’t fly to Canada?

No. Aircraft that do not operate in Canadian airspace have no compliance obligation under this AD.

I already updated the AFM under the general transport category AD (2026-13-02). Am I covered?

Partially. The general AD required a Limitations revision. This type-specific AD also requires an Operating Procedures revision. Check whether your current AFM includes both sections updated for Canadian airspace.

Is a terminating action available?

Yes. Upgrading the airplane to a radio altimeter-tolerant configuration terminates both the Limitations and Operating Procedures. After modification, both AFM revisions may be removed.

What is the 767-2C?

The 767-2C is the commercial designation for the Boeing platform used in the KC-46A Pegasus tanker program. Confirm specific applicability and AFM revision procedures with Boeing for your operator configuration.

How does the 757/767 AD differ from the 737 Classic/NG AD?

Both have the same autoflight workload failure mode. The difference is the AFM revision requirement. The 737 Classic/NG AD requires only a Limitations revision. The 757/767 AD requires both a Limitations revision and an Operating Procedures revision — a more complex compliance task.

Related Readings:


aviationregwatch.com publishes regulatory intelligence for aviation compliance professionals. This article is an informational summary, not legal or airworthiness advice. Consult your aircraft manufacturer, type certificate holder, or legal counsel for compliance decisions.

About the Author
Raju KP  ·  Founder & Principal Analyst, Aviation Reg Watch

Raju founded Aviation Reg Watch, an independent publication covering aviation regulation, airline policy, airport governance, safety oversight and industry developments. His goal is to explain complex aviation regulations and policy changes in a clear, balanced, and practical way for aviation professionals, investors, and informed readers.

He brings more than 30 years of professional experience across banking, financial journalism, and management consulting. During more than nine years with a Big Four global advisory firm, he supported aviation-sector clients on research and consulting assignments involving airlines, airports, and aviation policy. Earlier in his career, he worked as a financial journalist covering macroeconomic data, financial markets, and policy developments.