Drone Regulations & Licensing: The Ultimate Guide (2026)

The physics of a drone is settled the moment you pick the props and the pack. The law is not. A 900 g mapping quad that flies legally over an empty field in class G airspace becomes an enforcement case the instant it drifts a mile into class D near an airport without authorization, or beams video back while the pilot watches from a truck a ridge away. The aircraft did nothing different. The rules did. Two operators flying the identical airframe can sit on opposite sides of a compliance line drawn by weight, by airspace class, by whether money changed hands, and by whether the drone was ever out of the pilot's own sight.

This guide maps that line as it stands in the middle of 2026, jurisdiction by jurisdiction, with the United States FAA framework first and the European EASA framework second, then a shorter tour of the other regions that matter. It covers the commercial certificate (Part 107), the recreational path (TRUST and the statutory exception in Section 44809), Remote ID in both its built-in and bolt-on forms, airspace classes and how LAANC hands you authorization in seconds, night flight, operations over people, the beyond-visual-line-of-sight problem and the incoming Part 108 rule that aims to fix it, registration and marking, and finally insurance and privacy. Every number here is a snapshot. Aviation rules change on their own schedule, and a rule that is a proposal today can be binding next quarter.

The take: In the United States, the single question that sorts almost everything is whether you are flying recreationally under Section 44809 or non-recreationally under Part 107. Recreational flight needs the free TRUST test, registration if the drone is over 250 g, and adherence to a community-based organization's safety guidelines. Everything else, meaning any flight for work, research, or that does not fit the narrow recreational box, needs a Part 107 Remote Pilot Certificate. On top of that sits a second sorting layer that ignores who you are: airspace class decides whether you need authorization, weight decides whether you register and whether you can fly over people, and line of sight decides whether you need a waiver or one of the emerging BVLOS pathways. Learn those four axes (purpose, airspace, weight, line of sight) and the rest is detail. Verify the detail against the current rule before every job, because this field rewrites itself often.

Companion reading: how to choose a drone (buyer's guide), drone delivery, FPV drones, drone & UAV hardware, drone navigation, GNSS & RTK, and counter-drone (C-UAS).

Table of contents

1. Key takeaways
2. How to read drone law: the four axes
3. FAA Part 107: the commercial certificate
4. Operating rules and airspace: LAANC and authorization
5. Remote ID: standard, module, and the sub-250 g nuance
6. Recreational flying: TRUST and Section 44809
7. Night operations and flying over people
8. BVLOS, waivers, and the Part 108 rulemaking
9. Registration and marking
10. EASA: Open, Specific, Certified, and the C-classes
11. A short tour of other regions
12. Insurance and privacy
13. A compliance workflow before every flight
14. Frequently asked questions

How to read drone law: the four axes

Drone regulation looks like a thicket because people try to memorize rules instead of the axes the rules hang on. Four questions decide almost every requirement. Answer them in order and the applicable rules fall out.

1. Purpose. Are you flying recreationally, or for any other reason? In the US this is a hard fork. Recreational flight (strictly for personal enjoyment) can use the Section 44809 exception. The moment a flight serves a business, a research grant, a public agency, or produces something you sell, it is non-recreational and lives under Part 107. Europe does not fork on purpose at all, which trips up pilots who cross the Atlantic.

2. Airspace. Where, in three dimensions, will the aircraft be? Uncontrolled airspace near the ground is open with few conditions. Controlled airspace near airports requires authorization regardless of your certificate or your purpose. Restricted areas, temporary flight restrictions, and no-drone zones override everything.

3. Weight (and injury risk). Mass sets registration, Remote ID in some cases, and what you may fly over. The thresholds that matter are 250 g, and in the US the 55 lb (25 kg) ceiling above which Part 107 stops applying and heavier-aircraft rules begin.

4. Line of sight. Can the remote pilot (or a visual observer in contact with the pilot) see the aircraft with unaided eyes throughout the flight? Visual line of sight (VLOS) is the default assumption baked into the standard rules. Beyond visual line of sight (BVLOS) is the exception that unlocks delivery, linear infrastructure inspection, and long-range mapping, and it carries the heaviest approval burden.

Rule of thumb: Before you touch a rulebook, write down your four answers: purpose, airspace class at your site, all-up weight, and whether the whole flight stays in sight. Ninety percent of the time those four values tell you which certificate, which authorization, and which equipment you need.

Two frameworks dominate globally. The FAA system (United States) sorts primarily on purpose, then layers airspace, weight, and line of sight. The EASA system (European Union plus, by close alignment, several neighbors) sorts primarily on the risk of the operation into Open, Specific, and Certified, and cares nothing about whether you are paid. Most other national systems borrow from one of these two. If you understand both, you can read almost any country's rules by analogy.

FAA Part 107: the commercial certificate

Part 107 of Title 14 of the Code of Federal Regulations is the operating rule for small unmanned aircraft (under 55 lb / 25 kg) flown for any non-recreational purpose. The credential it requires is the Remote Pilot Certificate, often shortened to "your Part 107."

Getting the certificate

To earn it for the first time you must:

• Be at least 16 years old.
• Be able to read, speak, write, and understand English.
• Be in a physical and mental condition to fly safely.
• Pass the Unmanned Aircraft General (UAG) aeronautical knowledge test, a 60-question multiple-choice exam taken at an FAA-approved testing center (administered by PSI). The passing score is 70%.
• Complete TSA security vetting, which happens automatically when you submit the application through the FAA's IACRA system after passing the test.

The knowledge test covers airspace classification and chart reading, weather, loading and performance, regulations, radio procedure, aeronautical decision-making, and the physiology of flight. There is a test-prep industry around it; the FAA publishes the Airman Certification Standards and a free study guide that between them define exactly what is examinable.

If you already hold a Part 61 manned-pilot certificate and have a current flight review, you can skip the knowledge test and instead complete a free online training course to add Part 107 privileges. Everyone else takes the UAG.

Keeping it current

The certificate itself does not expire, but the privileges lapse unless you stay current. Currency is maintained by completing free online recurrent training every 24 calendar months. This replaced the old requirement to retake a paid in-person recurrent exam. The recurrent course is where you also pick up the training that unlocks night operations, discussed below.

War story: A first-time commercial operator passed the UAG, printed the temporary certificate, and started flying paid roof inspections the same week. Eighteen months later a client's insurer asked for proof of currency. The pilot had never registered the aircraft under Part 107 (only under the recreational scheme he used before), and had let the initial training assumption stand without doing the 24-month recurrent. Both gaps were paperwork, both were quick to fix, and both would have been enforcement exposure in an incident. The lesson: the certificate is the start of an ongoing obligation, not a one-time hurdle.

Operating rules and airspace: LAANC and authorization

Holding the certificate lets you fly, but only inside a box of operating limits. Under standard Part 107 rules, without a waiver, you must keep the aircraft:

Limit	Value
Maximum altitude	400 ft AGL, or within 400 ft of a structure
Maximum groundspeed	100 mph (87 knots)
Minimum visibility	3 statute miles from the control station
Cloud clearance	500 ft below, 2,000 ft horizontal
Line of sight	Visual, unaided (glasses allowed), throughout
Aircraft per pilot	One
Over people / moving vehicles	Only under the Operations Over People rules
Time of day	Day, civil twilight, or night with the training and lighting below
Aircraft weight	Under 55 lb (25 kg) including payload

Several of these can be lifted by a waiver (see the BVLOS section). The rest are the everyday envelope.

Airspace classes

Where you may fly with or without permission depends on the class of airspace at your location and altitude. In plain terms:

• Class G (uncontrolled): the airspace near the ground away from airports. Drone flight up to 400 ft AGL is allowed without airspace authorization (you still follow all the other Part 107 rules).
• Class B, C, D: controlled airspace around progressively busier airports. Drone flight requires prior authorization.
• Class E to the surface: controlled airspace that touches the ground around some airports, also requiring authorization.
• Restricted, prohibited, and special use airspace, plus temporary flight restrictions (TFRs): off limits or requiring specific coordination. Stadiums during major sporting events, wildfire perimeters, and security-sensitive sites are common TFR triggers.

The tool that tells you which class you are in, and what altitude ceiling applies, is the UAS Facility Map (UASFM). It publishes a grid of pre-approved ceilings (0, 50, 100, 200, 300, or 400 ft) around controlled fields.

LAANC

LAANC (Low Altitude Authorization and Notification Capability) is the automated system that grants controlled-airspace authorization in near real time. Through an FAA-approved app (Aloft, Airspace Link, and others), you draw your operating area, and if your requested altitude is at or below the grid ceiling, authorization comes back in seconds. It works for both Part 107 and recreational flyers. Requests above the grid ceiling, or in areas without LAANC coverage, go through the FAA DroneZone portal for manual review, which takes days to weeks.

Safety rule: LAANC authorizes you against the airspace. It does not clear you against a temporary flight restriction, a local ordinance, or a private property owner. Check for active TFRs (they can appear on short notice) and any state or municipal restrictions on takeoff and landing before every flight, even inside authorized airspace.

Remote ID: standard, module, and the sub-250 g nuance

Remote ID (RID) is the requirement that a drone broadcast a digital identity and location so that the public and authorities can identify it in flight, sometimes described as a digital license plate. Operational compliance has been required since 2024. There are three ways to satisfy it.

• Standard Remote ID: the capability is built into the aircraft at manufacture. It broadcasts, over Wi-Fi or Bluetooth, the drone's unique ID, its position and altitude, its velocity, the control station's (operator's) position, a time mark, and an emergency status. Nearly all drones from major makers sold in the last few years ship with this.
• Remote ID broadcast module: a bolt-on transmitter for a drone that lacks built-in RID (an older aircraft or a custom build). The module broadcasts the drone's ID, its position, and the takeoff location (not the live operator position), plus velocity and time. You attach it, register its serial number to the aircraft, and fly within visual line of sight (the module rules require VLOS).
• FRIA: an FAA-Recognized Identification Area is a defined site, typically sponsored by a community-based organization or educational institution, where drones without any Remote ID may be flown. Homebuilt and legacy aircraft that cannot carry a module live here.

The sub-250 g nuance

This is where operators get caught, so read it carefully. Remote ID is tied to registration, not directly to weight. The chain works like this:

• Flown recreationally, a drone at or under 250 g does not require FAA registration, and therefore does not require Remote ID.
• Flown under Part 107 (any non-recreational purpose), every drone must be registered regardless of weight, and registration pulls in Remote ID. A 249 g drone flown commercially needs registration and Remote ID.

So the same 249 g aircraft is exempt from RID on a Sunday hobby flight and subject to it on a Monday paid flight. The weight did not change. The purpose did.

Rule of thumb: If your drone is over 250 g, or you are flying it for any non-recreational reason, assume Remote ID applies and confirm your aircraft either has Standard RID or carries a registered broadcast module. When you shop, the drone leaderboard at data.robo2u.com/drones is a quick way to check which models ship Standard Remote ID and where they land relative to the 250 g line.

Recreational flying: TRUST and Section 44809

Recreational flight in the US runs on a statutory carve-out: 49 USC 44809, the "Exception for Limited Recreational Operations of Unmanned Aircraft." It lets you fly without a Part 107 certificate, but only if you meet every one of its conditions. Miss one and the flight is not recreational, and you needed Part 107.

The conditions:

1. Fly strictly for recreational purposes. Not for any business, not to build a portfolio you will monetize, not for a nonprofit's promotional video.
2. Follow the safety guidelines of a community-based organization (CBO) recognized by the FAA.
3. Keep the aircraft within visual line of sight (or within sight of a visual observer co-located and in direct communication with you).
4. Do not interfere with, and give way to, any manned aircraft.
5. In controlled airspace, obtain prior authorization (recreational LAANC works here) and follow the ceiling. In uncontrolled airspace, fly at or below 400 ft AGL.
6. Pass the aeronautical knowledge and safety test and carry proof: this is TRUST.
7. Register the drone if it is over 250 g and mark it with the registration number.

TRUST

TRUST (The Recreational UAS Safety Test) is a free online test administered by FAA-approved partners. It is short, it walks you through the material, and you cannot really fail it in the punitive sense (you are shown the correct answer and can continue). It has no expiration. You must keep the completion certificate and present it if asked by the FAA or law enforcement. Every recreational flyer must have taken it, at any age.

Recreational registration, when required, is a single $5 registration that covers all the drones you fly recreationally (one number for the flyer), valid for three years. This differs from Part 107, where each aircraft is registered individually.

Safety rule: The recreational exception is all-or-nothing. If your flight breaks any single condition (you lose sight of the drone, you climb above the ceiling, you take a photo you later sell), that flight was not a recreational operation and the FAA can treat it as an uncertificated Part 107 flight. When in doubt about whether a flight is recreational, get the Part 107 certificate; it covers both.

Night operations and flying over people

Two areas that used to require individual waivers were folded into the standard rules by the 2021 rule update, provided you meet conditions.

Night operations

Under current Part 107, you may fly at night without a waiver if:

• The remote pilot has completed the updated recurrent training (the one that includes the night-operations material), and
• The aircraft is equipped with anti-collision lighting visible for at least 3 statute miles, with a flash rate sufficient to avoid a collision.

Recreational flyers may also fly at night under Section 44809, following their CBO's safety guidelines, with appropriate lighting. The anti-collision light is a hard equipment requirement, not a suggestion; a green navigation strip on the arm does not qualify.

Operations Over People and moving vehicles

Flying over people is sorted into four categories by the injury the aircraft could cause, which in practice means weight and whether it has exposed lacerating parts:

Category	Rough criterion	Over people	Over moving vehicles
Category 1	≤ 250 g, no exposed rotating parts that can lacerate	Sustained flight allowed	Restricted
Category 2	Higher-weight, injury below a low kinetic-energy threshold, no lacerating parts	Sustained flight allowed	Restricted
Category 3	Injury below a higher threshold, no lacerating parts	Limited (not over open-air assemblies; transit only)	Restricted
Category 4	Holds an airworthiness certificate, operated per its manual	Sustained flight allowed	Per limitations

Categories 2 and 3 require the manufacturer to have shown the aircraft meets the injury-severity limits and to provide a declaration or means of compliance, and both forbid exposed rotating parts that could lacerate skin. Category 1 is the easy path, which is one more reason the sub-250 g class is engineered so aggressively toward 249 g. Open-air assemblies of people (crowds, concerts, sporting events) remain effectively off limits except under Category 1 or 2 conditions with the right aircraft, and always subject to any TFR over the venue.

Rule of thumb: "Over people" means directly overhead, even briefly. Planning a flight so the aircraft never transits above uninvolved people is almost always simpler than qualifying for a category, and it is what most working pilots do.

BVLOS, waivers, and the Part 108 rulemaking

Everything above assumes you can see the aircraft. Beyond visual line of sight (BVLOS) is the operation that breaks that assumption, and it is the gateway to the high-value missions: package delivery, pipeline and powerline inspection, long-corridor mapping, and large-area agriculture. It is also the hardest thing to get approved.

The waiver path (today)

Under the current framework, operations that fall outside standard Part 107 limits require a Part 107 waiver, granted through DroneZone when you show the FAA that you can achieve an equivalent level of safety. Waivable limits include BVLOS, operations over people, operations from a moving vehicle, multiple aircraft per pilot, and higher altitude. BVLOS waivers are the demanding ones; they typically require a detailed concept of operations, a description of your detect-and-avoid capability (how the aircraft or ground infrastructure sees and avoids other traffic), airspace analysis, and crew procedures. Larger operators sometimes hold exemptions (under 49 USC 44807) that authorize broader BVLOS programs with defined conditions. These approvals take months and legal effort, which is why routine BVLOS has been the province of well-funded programs rather than individual pilots.

Part 108 (the incoming rule)

The regulatory answer to the waiver bottleneck is a dedicated BVLOS rule, referred to as Part 108. Its purpose is to create a repeatable, rule-based pathway for routine BVLOS so that operators no longer need a bespoke waiver for each program. The FAA advanced this through the rulemaking process, and a notice of proposed rulemaking was published in 2025 following a 2025 executive directive to accelerate it. As of this writing in mid-2026 the rule is not final, and the exact requirements (for detect-and-avoid standards, aircraft acceptance, operator qualifications, and shielded or low-altitude operating areas) may shift between the proposal and the final text.

Safety rule: Treat Part 108 as forthcoming, not effective. If your business model depends on BVLOS, plan around waivers and exemptions today, follow the proposed rule closely, and confirm the final requirements against the published rule before you rely on them. This is exactly the pathway that makes scaled drone delivery possible, so its final shape matters for the whole industry.

Registration and marking

Registration is the paperwork layer, and it is quick, but the details differ by path.

• Recreational: register if the drone is over 250 g. One $5 registration covers all your recreational drones, valid three years, done at the FAA DroneZone.
• Part 107: register every aircraft individually, regardless of weight, at $5 each, valid three years.

Once registered, you must mark the aircraft with its registration number on an exterior surface, legible and readable without tools (opening a battery compartment is allowed, disassembly is not). The number must survive normal flight and be visible on inspection. Carrying proof of registration (digital or paper) during flight is required, and you present it on request to the FAA, TSA, NTSB, or law enforcement.

For aircraft 55 lb (25 kg) and over, you leave the small-UAS world entirely; registration and operation move to different processes and Part 107 no longer applies.

EASA: Open, Specific, Certified, and the C-classes

The European Union uses a fundamentally different logic. It does not ask whether you fly for fun or for money. It asks how risky the operation is, and sorts every flight into one of three categories. This framework is set by EASA (the European Union Aviation Safety Agency) and applies across EU member states, with closely aligned rules in several neighboring countries.

The three categories

• Open: low-risk operations that need no prior authorization, provided you stay inside its limits. Maximum takeoff mass under 25 kg, maximum height 120 m above the surface, visual line of sight, and never over assemblies of people. Most consumer and light commercial flying lives here.
• Specific: medium-risk operations that exceed an Open limit (BVLOS, higher altitude, heavier aircraft, flying closer to people than Open allows). These require an operational authorization from the national aviation authority, based on a risk assessment. You either use a Predefined Risk Assessment (PDRA), run the full SORA (Specific Operations Risk Assessment), or operate under a Light UAS Operator Certificate (LUC) that lets an approved organization self-authorize.
• Certified: high-risk operations that resemble manned aviation (carrying people, transporting dangerous goods, or large drones flying over crowds). These demand a type-certified aircraft, a licensed remote pilot, and an approved operator, the same rigor as an airline.

The Open subcategories: A1, A2, A3

Inside Open, the flight is further split by how close you fly to people:

Subcategory	Distance to people	Drones allowed	Pilot competence
A1	Over uninvolved people permitted (C0), or may fly close but not over crowds (C1)	C0 (< 250 g) and C1 (< 900 g)	Read the manual (C0); online training + test (C1)
A2	No closer than 30 m to uninvolved people (5 m in low-speed mode)	C2 (< 4 kg)	A2 Certificate of Competency (additional exam)
A3	Far from people; ≥ 150 m from residential, commercial, industrial areas	C3, C4 (< 25 kg)	Online training + test

The C-classes

New drones sold in the EU carry a C-class mark (a physical label) that ties the aircraft to what it may do:

• C0: under 250 g. Flies in A1, over uninvolved people (though not over assemblies).
• C1: under 900 g. Flies in A1, close to but not intentionally over people.
• C2: under 4 kg. Flies in A2, with the 30 m (or 5 m low-speed) standoff.
• C3 and C4: up to 25 kg. Fly in A3, far from people. C4 is the "traditional" model-aircraft style without automated control features.
• C5 and C6: classes for Specific-category operations, C6 aimed at controlled BVLOS-style flying.

Drones marked C1 through C6 include direct Remote ID built in, the EU counterpart to the FAA broadcast requirement. Operators must register (required for any drone with a sensor that can capture personal data, or any drone over 250 g), display the operator registration number on the aircraft, and complete the training for their subcategory. Older "legacy" drones without a C-class mark fall into limited A1 or A3 privileges based on weight, after the transition arrangements that ran through the start of 2024.

Rule of thumb: In the EU, do not ask "am I commercial." Ask "how heavy is my drone, what C-class is it, and how close am I flying to people." That triple answers your subcategory, your training, and whether you are still in Open or have fallen into Specific.

A short tour of other regions

Most national systems echo the FAA or EASA model. A quick orientation to the ones operators ask about, current as of 2026 and worth confirming locally.

• United Kingdom: the CAA runs an EASA-like Open/Specific/Certified structure. Individuals need a Flyer ID (pass a free online theory test) and, if they are responsible for a drone over 250 g or one with a camera, an Operator ID (registration). The A2 Certificate of Competency unlocks closer-to-people flying, mirroring EASA A2.
• Canada: Transport Canada regulates RPAS (Remotely Piloted Aircraft Systems). Drones 250 g to 25 kg must be registered, and the pilot needs a Basic or Advanced Operations certificate depending on airspace and proximity to people and bystanders. Micro drones under 250 g are largely exempt. Canada has been rolling out lower-risk BVLOS provisions.
• Australia: CASA uses an excluded category for sub-2 kg commercial flying (register and fly under the standard operating conditions, no full licence needed) and requires a Remote Pilot Licence (RePL) for larger or more complex commercial work. Registration and operator accreditation apply broadly.
• Japan: the MLIT/JCAB requires registration for drones 100 g and over, with Remote ID. Japan authorized Level 4 flights (BVLOS over populated areas) with a type-certified aircraft and licensed pilot, one of the more advanced BVLOS regimes.
• China: the CAAC requires real-name registration and, for many operations, use of the UOM traffic-management system, with tightening rules for heavier and beyond-line-of-sight flights.

The pattern repeats: a weight threshold (often 250 g), a registration step, a pilot-competence step that scales with risk, an identity-broadcast requirement, and a heavy approval gate for BVLOS. Learn the axes and you can read a new country's rules in an afternoon.

Insurance and privacy

Two subjects sit outside the airspace rulebook but decide whether you can actually operate.

Insurance

• European Union: third-party liability insurance is effectively mandatory for drone operators under EU Regulation 785/2004, which sets minimum cover based on aircraft mass. Even small commercial operations carry it as a matter of course, and many sites and clients demand proof.
• United States: there is no federal requirement to carry liability insurance for most Part 107 operations. It is strongly advised and often contractually required by clients, venues, and public agencies. Two products matter: liability cover (damage or injury you cause to others) and hull cover (damage to the drone itself). On-demand and per-flight policies exist alongside annual ones, which suits the intermittent nature of the work.

Whatever the jurisdiction, read the policy for the exclusions that bite: BVLOS operations, night flight, operations over people, and flights outside the declared area are common carve-outs.

Privacy

The aviation regulator governs safety and airspace, and generally not privacy. Privacy is handled elsewhere:

• United States: no single federal drone-privacy statute. A patchwork of state and local laws covers surveillance, harassment, voyeurism, and trespass, and some states restrict drone photography over private property or near critical infrastructure. The FAA regulates the flight; the state regulates what you record and do with it.
• European Union: capturing images of identifiable people brings a camera drone under the GDPR. If you record personal data, you have data-controller obligations (lawful basis, minimization, retention limits, subject rights). This applies to commercial mapping and inspection work as much as to any other data collection.

Safety rule: Flying legally in the airspace does not make your footage legal to capture or publish. Before a job over or near private property, check the local privacy and trespass rules and get permission where the recording could identify people or reveal private spaces. The airspace clearance and the privacy clearance are separate approvals.

A compliance workflow before every flight

Turn the four axes into a checklist you run before you leave for the site. This is the practitioner's version of everything above.

1. Classify the flight. Recreational or non-recreational? If there is any doubt, or any chance of value changing hands, treat it as Part 107.
2. Confirm your credential is current. Part 107 recurrent training within 24 months, or TRUST completed and on hand for recreational.
3. Confirm the aircraft is registered and marked, per the path you are flying under, and that proof is with you.
4. Confirm Remote ID. Standard RID working, or a registered broadcast module attached, or the flight is inside a FRIA. Remember the sub-250 g nuance flips with purpose.
5. Check the airspace. Pull the UAS Facility Map for your site, request LAANC if you are in controlled airspace, and confirm you are within the grid ceiling. File through DroneZone in advance if you need more.
6. Check for TFRs and local rules. Temporary flight restrictions can appear overnight. State and municipal takeoff, landing, and privacy rules override nothing in the air but can ground you legally.
7. Confirm the operation fits the standard envelope, or that you hold the waiver or authorization for whatever exceeds it (night lighting and training, over-people category, BVLOS approval).
8. Confirm insurance covers this specific operation, including any night, over-people, or BVLOS elements.
9. Fly the plan, keep the aircraft in sight, give way to manned traffic, and stay ready to present your paperwork.

Run this in order and the flight is defensible. The equipment side of the same decision (which airframe, which class, which weight bracket) is covered in the drone buyer's guide, and the specifics that matter for a given model, including Remote ID support and takeoff weight, are searchable on the drone leaderboard.

Frequently asked questions

Do I need a license to fly a drone? It depends on why you are flying. In the US, recreational flyers do not need a Part 107 certificate but must pass the free TRUST test and follow the recreational conditions. Anyone flying for work, research, or any non-recreational purpose needs a Part 107 Remote Pilot Certificate, which requires passing the aeronautical knowledge test. In the EU, you need the relevant training or certificate for your Open subcategory (A1, A2, or A3) regardless of whether you are paid.

What is the difference between recreational and Part 107 flying in the US? Purpose. Recreational flight under Section 44809 is strictly for personal enjoyment, uses the free TRUST test, follows a community-based organization's guidelines, and registers drones over 250 g with a single flyer registration. Part 107 covers every other purpose, requires the certificate and TSA vetting, registers each aircraft individually, and applies Remote ID to all aircraft regardless of weight. If money or a business is involved, you are under Part 107.

Does my sub-250 g drone need to be registered or have Remote ID? Only sometimes. Flown recreationally, a drone at or under 250 g needs neither registration nor Remote ID. Flown under Part 107 for any non-recreational purpose, it must be registered and must carry Remote ID, because those requirements attach to registration and Part 107 requires every aircraft to be registered. The weight threshold only exempts you on the recreational side.

What is Remote ID and how do I comply? Remote ID is a broadcast of the drone's identity, position, and the operator or takeoff location, so the aircraft can be identified in flight. You comply in one of three ways: fly a drone with Standard Remote ID built in, attach a registered Remote ID broadcast module to an aircraft that lacks it, or fly inside an FAA-Recognized Identification Area (FRIA). Most current drones from major makers have Standard Remote ID.

Can I fly in controlled airspace near an airport? Yes, with authorization. Controlled airspace (Class B, C, D, and surface E) around airports requires prior approval, delivered in near real time through LAANC up to the published grid ceiling for your location. Both recreational and Part 107 flyers can use LAANC. Requests above the ceiling or in areas without LAANC coverage go through the FAA DroneZone portal and take longer. Class G airspace near the ground needs no authorization.

Can I fly at night? Yes, without a waiver under Part 107, if the pilot has completed the updated recurrent training that covers night operations and the aircraft has anti-collision lighting visible for at least 3 statute miles. Recreational flyers can also fly at night under their community-based organization's safety guidelines with appropriate anti-collision lighting. The lighting is a hard requirement, not the standard low-power navigation LEDs.

Can I legally fly beyond visual line of sight (BVLOS)? Not routinely under the standard rules. BVLOS currently requires a Part 107 waiver or an exemption, granted after you demonstrate an equivalent level of safety, including a detect-and-avoid capability. The FAA's proposed Part 108 rule aims to create a repeatable pathway for routine BVLOS, but it is not final as of mid-2026. Until it is, plan around waivers and verify the final rule before relying on it.

Do I need drone insurance? In the EU, third-party liability insurance is effectively mandatory for operators under EU Regulation 785/2004. In the US, there is no federal requirement for most Part 107 operations, but liability cover is strongly advised and frequently required by clients, venues, and agencies, alongside optional hull cover for the aircraft itself. Check the policy for exclusions on night, over-people, and BVLOS flights.

How do EASA categories differ from FAA rules? EASA sorts flights by the risk of the operation into Open, Specific, and Certified, and does not care whether you are paid. The FAA sorts primarily by purpose (recreational versus Part 107), then layers airspace, weight, and line of sight. The EU further splits its low-risk Open category into A1, A2, and A3 subcategories keyed to how close you fly to people, and marks drones with C-classes (C0 through C6) that determine what each aircraft may do.

Are the rules in this guide final? No. This is a mid-2026 snapshot of a field that changes often. The Part 108 BVLOS rulemaking is in progress, thresholds and category details are periodically revised, and every country runs its own timeline. Treat the numbers here as a starting map and confirm the current requirements with your national aviation authority (the FAA, EASA, or your local regulator) before you build a program or fly a job.