The U.S. Federal Aviation Administration has issued a landmark proposed rule to establish a standardized regulatory framework for beyond-visual-line-of-sight drone operations-a move that supply chain operators say could reshape last-mile delivery of auto parts and other industrial components nationwide. The Notice of Proposed Rulemaking (NPRM), published in the Federal Register on August 7, 2025, introduces proposed Part 108, a new regulatory category designed specifically for commercial BVLOS drone flights at low altitudes.
Background
BVLOS refers to any drone operation flown outside the remote pilot's direct line of sight. Until now, operators seeking to conduct BVLOS flights-including package delivery and parts logistics-have had to apply for individual waivers under Part 107, a cumbersome process that has constrained commercial deployment at scale. The FAA Reauthorization Act of 2024 directed the development of the proposed BVLOS rule, and the rulemaking gained further political momentum when President Trump issued Executive Order No. 14307, "Unleashing American Drone Dominance," on June 6, 2025, directing the FAA to publish a final rule within 240 days.
The path to this rulemaking has been lengthy. The FAA first convened a special BVLOS advisory committee in 2021 to develop recommendations, and a comprehensive report was delivered in 2022. Despite a legislative mandate for a proposed rule by September 2024, deadlines slipped repeatedly. The August 2025 NPRM, published as Docket No. FAA-2025-1908, marks the first formal step in federal rulemaking for routine BVLOS commercial operations.
Early evidence of operational BVLOS corridors is already emerging. In July 2024, the FAA issued authorizations permitting multiple operators to fly BVLOS commercial drones in the same airspace in North Texas-a first for both industry and the agency, according to the DOT's Office of Inspector General. Zipline received a BVLOS waiver effective August 26, 2025 through January 31, 2028, permitting commercial package delivery in locations including Salt Lake City and Bentonville, Arkansas, without ground-based visual observers.
Key Provisions and Industry Implications
The proposed Part 108 framework adopts a performance- and risk-based approach, scaling regulatory requirements to each operation's type and complexity. Operations would occur at or below 400 feet above ground level, launching from pre-designated, access-controlled locations. Operators must secure FAA approval for their intended flight areas, specifying boundaries, daily operation estimates, and zones for takeoff, landing, and loading.
A two-tier authorization structure is central to the proposal. Lower-risk operations-including small package delivery relevant to auto-parts fulfillment-would qualify for a BVLOS permit valid for 24 months, while higher-complexity, ongoing operations would require a certificate with no expiration date but subject to routine FAA surveillance. The proposed rule raises the maximum permissible drone weight from the 55-pound limit under Part 107 to 110 pounds under Part 108, broadening the payload envelope for industrial freight applications.
Safety architecture under Part 108 requires drones to detect and yield right-of-way to manned aircraft broadcasting via Automatic Dependent Surveillance-Broadcast equipment. All BVLOS-enabled drones must carry lighting and broadcast remote identification. Operations supervisors and flight coordinators overseeing each mission must undergo enhanced Transportation Security Administration security threat assessments, including criminal history, immigration, and intelligence database checks.
For automotive supply chains, the rule's package delivery category would enable urgent spare-parts shipments between dealers, repair networks, and distribution hubs-potentially reducing ground congestion from van-based last-mile runs in dense industrial corridors. Studies have indicated that drone delivery can cost approximately $1.23 per parcel, compared with $5.33 for a four-mile electric van delivery, according to research cited by ScienceDirect.
Integration with Unmanned Aircraft System Traffic Management infrastructure remains a prerequisite for multi-drone operations. UTM will enable multiple drones to operate under BVLOS regulations at low altitude airspace, with the FAA providing real-time constraints while operators manage their missions autonomously, according to the FAA's package delivery guidance. The proposed Part 108 would require strategic deconfliction, conformance monitoring, and detect-and-avoid capabilities for operations over populated areas.
Outlook
The initial comment period for the NPRM closed October 6, 2025, with industry observers noting that analysts at Pillsbury Law expect a final rule as early as the first quarter of 2026. If that timeline holds, it would trigger a wave of operator certification activity across logistics, automotive, and industrial sectors. For supply chain managers evaluating drone logistics integration, the rule's shift from individual waivers to a scalable framework represents the clearest regulatory signal yet that aerial last-mile delivery for parts and components is moving from pilot programs to operational reality.
