FAA’s Shift on Remote MRO Policy Signals the Direction of Flight Plan 2026

JDA Aviation Technology Solutions

 

For decades, FAA inspectors interpreted Part 145’s requirements for direct supervision, tactile inspection, qualified personnel on‑site, and control of work as INCOMPATIBLE WITH REMOTE DECISION‑MAKING. The attached FAA release, Aircraft Maintenance Under Remote Control, signals that the advance of technology enabling information and experts to realistically participate in such work has made such distant management a positive alternative.

First, a little history and then what’s new.

The FARs reflected the past basis for the FAA’s distaste for remote:

• §145.151–145.157 require certificated, qualified personnel to perform and supervise maintenance.
• §145.213 requires physical inspection of maintenance and alterations.
• §145.201(b) prohibits approving work when required facilities/equipment/personnel are not available.

The FAA field staff’s negative view of “REMOTE” influenced a policy against MRO’s remote approval, remote troubleshooting, and remote supervisory authority could not substitute for on‑site certificated personnel. Based on this perspective, FAA field offices routinely rejected proposals for remote engineering authorization, remote DER/DMIR oversight, or remote troubleshooting as part of a repair station’s quality system.

The FAA’s change evolved as the staff recognized the safety benefits of the new remote technologies — AR, VR, DRONES, REMOTE DIAGNOSTICS — as legitimate tools for maintenance support when used within regulatory limits. The pronouncement makes clear:

• • • Remote technology can support maintenance and inspection activities using video, imaging, and communication systems.
    • Remote tools can improve efficiency, access, and collaboration.
    • Remote collaboration with off‑site experts is acceptable.
    • Remote diagnostics and predictive analytics are acceptable.
    • Remote expert guidance is encouraged for GA and small repair stations.
    • The FAA is framing remote tech as a safety enhancer, not a compliance risk.
    • sUAS inspections are acceptable under Part 107.
    • BUT remote tools cannot replace required tactile checks or required physical presence when Part 43 or Part 145 demand it.

Technology, however, can only do so much and the new interpretation does not include:

• • • Required tactile inspections still require physical presence.
    • Required certificated personnel must still perform and approve work.
    • Remote tools cannot replace mandated physical inspection steps.
    • PART 145 MANUALS MUST STILL DEFINE HOW REMOTE TOOLS ARE USED.

In summary, the FAA has moved from “remote = not allowed” to “remote = allowed and beneficial, within limits.”

The transition may be attributable to what the FAA has done for years. FAA’s Air Facilities Technical Operations organization has long used Remote Maintenance Monitoring (RMM) for NAS infrastructure (Order JO 6000.53C). This shows the FAA already accepted remote monitoring and control for ATC systems.

This new policy reflects Administrator Bradford’s establishment of broad agency principles is Flight Plan 2026 rollout, and subsequent public remarks, Bedford repeatedly emphasized that the FAA must embrace new technology rather than resist it. Here are quotes from that announcement:

“The FAA must be structured to adopt new technologies quickly and safely.”

“Innovation is not optional — it is essential to modernizing the National Airspace System.”

“We cannot oversee a 21st‑century aviation system with 20th‑century tools.”

“The agency’s reorganization is designed to accelerate the safe integration of emerging technologies.”

“Remote inspection, digital maintenance, automation, and data‑driven oversight are part of the FAA’s future.”

Broad strategic guidance’s specific meaning appears when it is implemented in an action like Aircraft Maintenance Under Remote Control is issued. These tactical reveals should be seen as TEA LEAVES[1] giving a clearer exposition of what the Administrator intends—A GOOD PREDICTOR.

 

Aircraft Maintenance Under Remote Control

 

 

When it comes to safety and maintenance efficiency, one key aspect is the ability to accurately diagnose and address aircraft faults. Understanding new technologies in aircraft system diagnosis methods and airplane fault detection techniques is crucial for ensuring reliable and safe operations.

REMOTE TECHNOLOGY encompasses a range of tools and methods that use video, audio, imaging, or communication systems to support maintenance or inspection activities performed from a location other than the immediate inspection area. Technologies currently used in aviation maintenance environments include robotic systems, augmented reality, virtual reality, remote visual inspection equipment, remote diagnostic systems, virtual maintenance technologies, and small unmanned aircraft systems (sUAS). Conducted in accordance with applicable regulations and approved procedures, remote technology can support maintenance and inspection activities by offering access to inspection areas that may be elevated, confined, or difficult to reach, improving inspection efficiency, supporting data collection, and facilitating communication between personnel.

GOING REMOTE

Typically, general aviation (GA) operators don’t have the benefit of commercial airline budgets or massive corporate infrastructure. For private owners, flight schools, and small-scale maintenance shops, the focus shifts to cost-efficiency, accessibility, and local problem-solving owner-assisted maintenance. General aviation maintainers have technology options that give a high priority to compact, cost-effective hardware and software solutions, without sacrificing critical diagnostic power.

Remote diagnostic systems may use sensors, predictive analytics, and data communication systems to monitor aircraft systems and support identification of maintenance conditions, system degradation, or potential failures. These systems may collect operational data, such as temperature, vibration, pressure, or system status, to support maintenance planning and troubleshooting. Virtual maintenance technologies may include augmented reality, virtual reality, and small drones to support maintenance troubleshooting, task guidance, and system visualization.

Beyond the Wrench

Rather than deploying complex, high-cost enterprise network architectures, general aviation operators are successfully implementing highly practical, consumer-grade technology platforms to achieve powerful results:

• Augmented Reality (AR): Using tablets or lightweight smart glasses, technicians can overlay 3D wiring layouts and torque specifications directly onto physical hardware, keeping their hands free. AR also enables instant, real-time visual collaboration with off-site senior maintenance technicians to diagnose difficult faults.
• Virtual Reality (VR): VR headsets replace the real world with fully interactive 3D simulations. Flight schools and maintenance teams use VR for risk-free, muscle-memory training and procedural familiarization on complex components without taking aircraft out of service.
• sUAS/Drones: Lightweight commercial drones quickly perform rapid visual sweeps of elevated, hard-to-reach aircraft structures — such as vertical stabilizers, rudders, or upper fuselage and wing surfaces — greatly reducing the safety risks associated with ladders, stands, or scaffolding.

The Regulatory Caveat & Hangar Practices

While remote tools act as incredible capability multipliers, operators must align their usage with traditional safety and regulatory standards. The following hangar rules ensure safety remains paramount:

• The Tactile Boundary: Remote technology is a supportive tool, but cannot replace physical presence when direct tactile assessment, manual manipulation (such as checking cable tension or control surface play), or non-destructive testing is required. If sensory checks are necessary under part 43, a qualified mechanic should perform the task.
• Secure Hangar Connections: Broadcasting live audio and video feeds introduces potential cybersecurity vulnerabilities. Always protect your shop’s network by applying basic Cybersecurity and Infrastructure Security Agency (CISA) guidelines, including enabling multi-factor authentication (MFA) and not reusing administrator credentials across tools.
• Part 107 Drone Compliance: Any sUAS operations conducted around the hangar or ramp for aircraft inspection must comply with 14 CFR part 107. Drone pilots must be licensed, aircraft must be registered, and operations must strictly respect airport airspace boundaries and local flight guidelines.

The use of remote technology is intended to support and enhance maintenance and inspection activities. Unless specifically authorized by applicable regulations, approved maintenance programs, or approved maintenance data, remote technology does not replace required inspection methods, maintenance procedures, or personnel qualifications.

 

[1] ancient practice of tasseography — divination by interpreting patterns left by tea leaves, coffee grounds, or wine sediments in a cup.