The Federal Communications Commission has opened a controlled path for nationwide airborne cellular testing through September 2029. The waiver lets Department of Transportation-approved participants measure commercial wireless coverage from drones and general aviation aircraft across the contiguous United States. It does not authorize routine BVLOS operations or establish that cellular networks are ready to serve as aviation-grade command-and-control links.
What the FCC drone cellular testing waiver authorizes
The FCC’s September 11 order, DA 26-972, temporarily waives several restrictions on aeronautical mobile use of commercial spectrum for participants in the Department of Transportation’s Mobile Network Aviation Assessment Program, or MNAAP. The order took effect September 11, 2026, and expires at 12:00 a.m. Eastern on October 1, 2029.
MNAAP is a testing and proof-of-concept program designed to determine whether commercial wireless networks can support aviation-safety services. The FCC order covers testing in the National Airspace System within the contiguous United States and applies to participating mobile broadband providers and DOT-authorized users.
The program may support, at any one time, up to 2,000 authorized general aviation pilots using a MNAAP app on standard consumer wireless devices and up to 200 non-federal participants operating certified MNAAP modules aboard UAS. The app and modules will measure network service quality at different locations and altitudes and send results to a DOT-managed database.
Why a waiver was needed
Commercial wireless rules are not uniform across every frequency band. Some bands permit airborne use, while others restrict aeronautical mobile transmissions to protect licensed terrestrial services. Modern devices automatically select bands according to the carrier’s network and local conditions, leaving a pilot or drone operator unable to guarantee that a device will avoid a restricted band.
The waiver addresses that regulatory problem for approved testing. It covers a broad list of commercial bands, ranging from 600 MHz and 700 MHz services through AWS, PCS, CBRS and several higher-frequency services. The FCC stressed that the order does not change the underlying technical rules for base stations or create a general right to use every listed band from an aircraft.
DRONELIFE’s September 15 report correctly describes the action as removal of a testing obstacle, not approval of routine airborne cellular service.
What MNAAP is trying to learn
DOT created MNAAP to explore whether commercial mobile networks, satellite direct-to-device services and sidelink technology can support aviation applications. The FCC order specifically addresses commercial mobile-broadband transmissions. Potential applications named in the order include electronic conspicuity, Remote ID, counter-UAS detection and identification, UAS command and control, and autonomous detect-and-avoid.
Those are research targets, not capabilities the FCC has certified. A ground-oriented coverage map cannot show whether a link will remain reliable at altitude, across handoffs between cell sites or along an entire flight route. Antenna patterns, terrain, network loading, interference and altitude can all change the connection available to an aircraft.
For commercial operators, the value of MNAAP is the prospect of real-world, altitude-aware coverage data. That could help researchers identify where cellular service provides a useful communications layer and where redundancy, satellite service or another link remains necessary.
The waiver does not create BVLOS authority
The FCC controls radio-frequency use; it does not grant operational approval to fly beyond visual line of sight. A participant still needs the applicable FAA authority for every test flight, and a commercial operator cannot cite this waiver as permission to conduct routine BVLOS missions.
The order also does not establish that ordinary cellular service meets the availability, continuity, latency or cybersecurity requirements of a safety-critical command-and-control system. Those conclusions require data, standards, safety cases and aviation approvals beyond spectrum access.
This is the same distinction operators should apply to cloud video and remote fleet tools. As our earlier analysis of AirData’s live-stream recording and rewind feature explained, useful connectivity software can improve a workflow without creating regulatory authority or guaranteeing the underlying network.
Important limits built into the FCC order
- Participation is controlled. Only DOT-authorized users may operate the app or modules.
- Reporting is limited. The consumer app may transmit data no more than once every two seconds.
- Modules require approval. UAS hardware must complete FCC equipment authorization and the relevant mobile-provider certification processes.
- Interference is prohibited. Participants may not cause harmful interference to wireless networks and, for some operations, cannot claim protection from interference.
- Equipment is temporary. MNAAP modules are nontransferable and must be decommissioned when the waiver ends.
- Geography is limited. The authorization covers the contiguous United States, not every U.S. state or territory.
What drone operators should watch next
The next useful milestones are participant onboarding, the geographic and altitude distribution of tests, publication of comparable network-performance data and evidence about handoffs, outages and network congestion. Operators should also watch how DOT and the FAA translate results into standards or guidance for command-and-control architectures.
MNAAP could provide regulators and industry with a national evidence base that has been missing from discussions of cellular-connected drones. Its significance is therefore practical but limited: the FCC has authorized controlled measurement so agencies can determine what commercial networks can support. It has not concluded that cellular connectivity is sufficient for routine BVLOS flight.
Disclosure: This article contains no affiliate links or paid placement. The featured image is an original AI-generated editorial illustration and does not depict an actual MNAAP aircraft, participant, network provider or test location.