Before every drone flight in the United States, pilots need to check the airspace above their intended location. This interactive US drone no-fly zone map draws directly from official FAA data to show the UAS Facility Map (UASFM) altitude grid, controlled airspace boundaries, FAA-Recognized Identification Areas (FRIAs), club flying sites, and registered airports — all in one place. Pan and zoom to your location, click any grid cell for authorization details, and use the built-in measure and buffer tools to plan your flight on the map itself.

The map reflects the most current FAA data available, updated on the FAA’s 56-day AIRAC (Aeronautical Information Regulation and Control) cycle. It is a planning and reference tool — always confirm current restrictions at FAA.GOV/UAS and check for active Temporary Flight Restrictions (TFRs) before you fly.

What the Color-Coded Grid Shows

The colored cells covering controlled airspace are part of the FAA UAS Facility Map (UASFM) — a grid that defines the maximum altitude at which the FAA can authorize drone flights under the LAANC program. Each cell is colored by its ceiling, from dark red (0 ft, manual authorization only) through orange and yellow up to deep green (400 ft AGL). Click any cell to see the exact ceiling, LAANC availability, and the name of the associated airport.

The pattern follows a consistent logic. Cells with the lowest ceilings cluster directly beneath approach and departure paths and near runway thresholds, where manned aircraft operate at their lowest altitudes. Ceilings generally increase with distance from the airport and rise to higher values toward the outer edge of controlled airspace, where the UASFM grid ends and Class G uncontrolled airspace begins.

Areas without a UASFM grid are Class G airspace. Recreational flyers may operate up to 400 ft AGL in Class G without authorization, provided no other restrictions (TFRs, national parks, military areas, or local regulations) apply.

Understanding the Airspace Layers

The buttons above the map toggle additional data layers:

• Airspace Classes (B/C/D) — Boundary outlines of Class B (solid blue), Class C (magenta), and Class D (dashed purple) controlled airspace. Class B surrounds the busiest commercial airports. Class C surrounds medium-traffic airports. Class D surrounds airports with active control towers and reverts to Class G after tower hours. Authorization is required for drone operations in all three.
• FRIA Zones — FAA-Recognized Identification Areas where members of an FAA-approved community-based organization may fly drones without Remote ID broadcast capability. Shown in teal.
• Club Flying Sites — Fixed recreational flying sites with formal FAA coordination agreements, often permitting flights above the standard UASFM ceiling for the area. Shown as green markers.
• Airports — FAA-registered airports and aviation facilities, visible at closer zoom levels. The full US Airports Map plots all 19,000+ registered facilities with filtering by type, use, and elevation.

LAANC: How Instant Drone Authorization Works

LAANC (Low Altitude Authorization and Notification Capability) is the FAA’s automated system for granting near-instant authorization to fly in controlled airspace. When a UASFM grid cell shows a ceiling above 0 ft and is LAANC-enabled, a pilot can request authorization through an FAA-approved UAS Service Supplier app and typically receive approval within seconds — without waiting days for a manual DroneZone waiver.

Clicking a grid cell on this map shows whether LAANC is available for that location and which airport it is associated with. Cells labeled “Manual FAA DroneZone approval required” have a 0 ft ceiling or are not yet LAANC-enabled; flights there require a waiver submitted through FAA DroneZone, which can take days to weeks for review.

LAANC authorization covers only the specific altitude and location approved. It does not override TFRs, national park restrictions, stadium no-fly zones, or other restrictions that apply on top of the UASFM framework.

FRIA Zones and Club Flying Sites

FRIAs were introduced as part of the FAA’s Remote ID rule, which became fully effective in September 2023. They are the only locations where recreational pilots using drones without Remote ID broadcast capability may legally fly. To use a FRIA, the pilot must be a current member of the organization that holds the designation — typically an AMA-affiliated club or another FAA-approved community-based organization. Membership is required; the designation does not create an open public flying area.

Fixed flying sites are established recreational flying locations that have formal coordination agreements with the FAA and nearby airports. Each site has its own approved altitude ceiling and operating rules. The ceiling shown in the site’s popup reflects the maximum altitude under that specific agreement, which may differ from the underlying UASFM grid value for the area.

Using the Map Tools

• Measure — Click to activate, then click points on the map to measure distances in miles and feet. Useful for checking how far a proposed launch site sits from an airport boundary or runway threshold. Click Stop to end measurement or Clear to remove it.
• Buffer — Enter up to three radii (in miles or feet), click “Place on Map,” then click your intended launch point. Concentric rings appear at each radius — handy for visualizing how much controlled airspace falls within a certain distance, or for confirming a safe lateral margin from an airspace boundary. To export a buffer circle as a KML file for use in Google Earth or GIS software, the KML Circle Generator produces precise geodesic circles in any radius and unit.
• Print — Generates a print-formatted view of the current map with a header, printed date, and disclaimer. Print the current view before heading into the field.

Who Should Use This Map

• Recreational flyers checking whether their local spot falls in controlled airspace and whether LAANC authorization is available or a DroneZone waiver is needed.
• Part 107 commercial pilots doing pre-flight airspace assessment for photography, inspection, survey, or delivery missions. Drone surveyors can pair this map with the GSD Calculator to determine optimal flight altitude for their camera and mapping resolution requirements.
• Real estate and media teams confirming whether a property or filming location falls in controlled airspace before scheduling a shoot.
• Public safety agencies that operate under government COA waivers but still need situational awareness of the surrounding airspace structure.
• Urban planners and infrastructure teams assessing drone corridor feasibility. The US Power Plants Interactive Map provides additional infrastructure context, including the location of generating facilities whose airspace may be subject to additional security restrictions.

Frequently Asked Questions

Can I fly a drone near an airport?

Yes, with authorization. In most cases airports with control towers generate Class B, C, or D airspace that requires authorization before any drone flight, regardless of altitude. The UASFM grid on this map shows the maximum altitude pre-approved for LAANC authorization at each location near an airport. If a cell shows 0 ft, LAANC is not available and a manual DroneZone waiver is required. Outside the controlled airspace boundary, Class G airspace applies and recreational flyers may operate up to 400 ft AGL without prior authorization.

How close can I fly a drone to an airport?

The FAA eliminated the old “5-mile notification zone” in 2021. The boundary is now defined by the airspace class itself, not a fixed-distance buffer. You can be just outside a controlled airspace boundary in Class G without needing authorization. The moment you enter Class B, C, or D airspace — shown by the colored boundaries on this map — authorization is required. Use the Measure tool to check exactly how far a launch point sits from the nearest airspace boundary.

What does a 0 ft ceiling on the UASFM grid mean?

A 0 ft cell means the FAA has not pre-authorized any altitude for automated LAANC approval in that location. Flight is still possible with a manual waiver through FAA DroneZone, but no instant authorization exists. These cells typically appear directly beneath final approach paths and near runway thresholds, where manned aircraft regularly operate below 400 ft AGL and any drone would pose a collision risk.

Do I need authorization to fly in Class G airspace?

No. Class G is uncontrolled airspace. Recreational flyers may operate up to 400 ft AGL in Class G without FAA authorization, provided no other restrictions apply — TFRs, national parks, military restricted areas, stadiums, or state and local regulations can still prohibit flight in Class G. Areas without a UASFM grid on this map are generally Class G.

What are FRIAs and who can fly there?

FRIAs (FAA-Recognized Identification Areas) are designated locations where members of an FAA-approved community-based organization (CBO) may fly drones that lack Remote ID broadcast capability. The Remote ID requirement, fully in effect since September 2023, applies to virtually all drones over 0.55 lbs. FRIAs are the sole exception: inside one, members of the sponsoring club may operate legacy aircraft without Remote ID. Only dues-paying members of the sponsoring CBO may use the FRIA — it is not an open public flying site.

Can I fly a drone in a national park?

Generally no. The National Park Service prohibits drone takeoffs, landings, and operations on NPS land under a 2014 policy (36 CFR 1.5). This ban applies regardless of the airspace class above the park — a park sitting in Class G airspace is still off-limits under NPS rules. Some parks issue special use permits for approved film and research activities on a case-by-case basis. Always check the specific park’s regulations before planning any flight near or over NPS land.

What is the 400-foot rule for drones?

The 400 ft rule limits recreational drone flights to no higher than 400 ft above ground level in Class G airspace. In controlled airspace, the maximum altitude is whatever the LAANC authorization or manual waiver specifies — often lower than 400 ft. There is one exception: in Class G, recreational pilots may fly higher than 400 ft AGL when within 400 ft of a structure, in which case they may fly up to 400 ft above the top of that structure. Part 107 commercial pilots follow similar altitude limits and may apply for waivers to exceed them for specific operations.

Does this map show Temporary Flight Restrictions (TFRs)?

No. TFRs are temporary and can be issued with little or no notice for presidential movements, major sporting events, wildfires, security incidents, and other reasons. This map shows the permanent UASFM authorization framework only. Always check for active TFRs through FAA’s official tools before any flight — a grid cell that normally supports LAANC authorization at 200 ft can be completely off-limits when a TFR is active overhead.

What is the difference between Part 107 and recreational drone rules?

Part 107 is the FAA’s commercial drone pilot certification, required for any flight that is not purely recreational (including any flight where the pilot or employer receives compensation). Part 107 pilots pass a knowledge test, register their drone, and operate under rules that allow more operational flexibility — such as flying over people, at night, and beyond visual line of sight with waivers — while meeting stricter operational requirements. Recreational flyers operate under the Exception for Limited Recreational Operations (49 U.S.C. 44809), which permits hobby flight without a certificate but requires following community-based safety guidelines and obtaining airspace authorization through the same LAANC system.

How often does the airspace data update?

The FAA publishes aeronautical data on a 56-day AIRAC cycle. The UASFM grid, Class B/C/D airspace boundaries, and airport registry follow this cycle. FRIA designations and fixed flying site records update more frequently as new applications are approved or designations expire. This map queries FAA data services directly — there is no stale local copy. That said, always treat this map as a planning tool and verify conditions through official FAA channels before flight, particularly for any flight in controlled airspace.

Can I fly over my house?

It depends on your home’s airspace. If your property is in Class G airspace (no UASFM grid on this map), recreational flight up to 400 ft AGL is generally permitted without authorization. If your property falls within a UASFM grid cell, LAANC authorization or a DroneZone waiver is required even for flights in your own backyard. Property ownership does not grant any airspace rights — the FAA governs all navigable airspace regardless of what lies below. Local ordinances and HOA rules may also restrict residential drone flight independently of FAA regulations.

What is Remote ID and is it required?

Remote ID is the FAA’s “digital license plate” requirement for drones. Since September 16, 2023, most drones over 0.55 lbs must broadcast identification data — including the drone’s ID, location, altitude, speed, and the operator’s location — during every flight. Compliance is achieved through built-in Remote ID (standard on most modern consumer drones) or by attaching an FAA-approved broadcast module. The only exception is flying within a FRIA, where members of the sponsoring organization may operate legacy aircraft without Remote ID. Flying without compliant Remote ID outside a FRIA is a federal violation.

Are there drone restrictions near stadiums?

Yes. The FAA prohibits drone operations within 3 nautical miles of major professional sports stadiums (NFL, MLB, NCAA Division I football, NASCAR, and Indy Car venues) during events — from one hour before to one hour after. This restriction applies regardless of the underlying airspace class. A stadium that sits in Class G airspace still generates a no-fly zone during events. These stadium restrictions are a standing federal rule and are not shown on this map, so check stadium proximity separately when planning flights near sports venues.

What happens if I fly in restricted airspace without authorization?

Unauthorized drone operations in controlled airspace are a federal violation. Penalties can include civil fines up to $27,500 per violation, criminal charges with fines up to $250,000 and up to three years imprisonment in serious cases, and suspension or revocation of a Part 107 certificate. The FAA investigates airspace violations using ATC radar, airport security systems, Remote ID data, and public reports. LAANC authorization in most locations takes under 60 seconds through an approved app — the authorization process is rarely a meaningful obstacle to flight.

What does this map not show?

This map shows the permanent FAA airspace authorization framework for UAS operations. It does not show: active TFRs, military operation areas (MOAs) and restricted areas, national park and national forest boundaries, tribal land restrictions, state and local drone laws that may be more restrictive than federal rules, specific crowd, building, or critical infrastructure restrictions, or any airspace changes that post-date the most recent AIRAC cycle. Use this map alongside official FAA pre-flight planning tools for a complete pre-flight briefing.