
Remote ID is defined in 14 CFR Part 89. The FAA describes it as a "digital license plate" for drones. The comparison is apt: it is identifying information broadcast openly to anyone who looks, not a private transmission to a government agency.
What data gets broadcast
Standard Remote ID (built into compliant drones) broadcasts:
- Drone serial number or session ID
- Drone GPS location (latitude, longitude, altitude above ground and takeoff)
- Drone velocity and heading
- Control station GPS location (the pilot's location)
- Emergency status indicator
- Timestamp
External Remote ID modules (add-ons for older drones) broadcast a similar set, but the pilot's location data comes from a declared takeoff position rather than real-time GPS tracking of the controller.
Who can receive the signal
Any smartphone or tablet with Bluetooth 4.0+ or Wi-Fi can receive Remote ID broadcasts using a compatible app. The FAA publishes an approved list of display applications. Law enforcement, airport security personnel, stadium event staff, and members of the public can all read your Remote ID broadcast if they are within signal range (roughly 300-500 meters for Bluetooth, up to 1 km for Wi-Fi). This is intentional: the system is designed to let people on the ground identify drones overhead without requiring government infrastructure.
What the FAA actually sees
The FAA has no live dashboard of all drone flights in the United States. Remote ID is not a cloud uplink. The FAA can investigate specific incidents after the fact when a serial number is provided by law enforcement or a complainant. In controlled airspace, pilots using LAANC or DroneZone authorizations create records the FAA can access. Outside of authorized airspace, the FAA's real-time visibility is limited to areas equipped with dedicated counter-drone receiver infrastructure (airports, stadiums, government facilities).


