Yes, you can legally fly a drone at night in the United States, but only if you follow specific FAA anti-collision lighting requirements. Since the 2021 rule update under 14 CFR Part 107, both commercial and recreational pilots can fly after dark without a waiver, provided the drone carries an anti-collision strobe light visible for at least 3 statute miles with a flash rate between 40 and 100 beats per minute.
I have spent years covering FAA drone policy, and night flying is one of the most misunderstood topics among new pilots. The rules changed in April 2021, and many guides still reference outdated waiver procedures that no longer apply. This guide breaks down exactly what the FAA requires in 2026, what equipment qualifies, and how to stay on the right side of the regulation whether you fly under Part 107 or just for fun.
By the end, you will know the precise FAA definition of night, how civil twilight factors in, what separates an anti-collision light from a navigation light, and the safety practices experienced pilots rely on after dark. Let’s start with the short answer.
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The Short Answer: Can You Fly a Drone at Night?
Yes, you can fly a drone at night in the US without a waiver, as long as your drone is equipped with anti-collision lighting that is visible for at least 3 statute miles and has a flash rate of 40 to 100 beats per minute. This rule applies equally to Part 107 commercial pilots and recreational flyers, and it has been in effect since the FAA’s April 2021 final rule.
Before 2021, night operations required a Part 107.29 waiver, and approval often took months. Pilots had to submit detailed operational risk assessments, crew qualifications, and equipment lists. The FAA scrapped that requirement after determining that proper anti-collision lighting, combined with updated training, addressed the safety concerns that originally restricted night flight.
The relevant regulation is 14 CFR Section 107.29, which now allows daylight operations to extend into night as long as three conditions are met: the remote pilot has completed updated training (for Part 107 holders), the drone has compliant anti-collision lighting, and the lighting is operational during the entire flight.
That said, the lighting requirement is non-negotiable. Flying at night without proper anti-collision strobes is treated the same as any other regulatory violation and can result in significant fines, certificate suspension, or both.
How the FAA Defines Night and Civil Twilight
The FAA’s definition of night matters because it determines when the anti-collision lighting rule kicks in. Under 14 CFR 107.29, night is defined as the time between the end of evening civil twilight and the beginning of morning civil twilight, as published in the American Air Almanac and converted to local time.
In practical terms, this means night begins roughly 30 minutes after sunset in the evening and ends roughly 30 minutes before sunrise in the morning. The exact timing varies by latitude, longitude, and date, so pilots need to check local civil twilight tables rather than guessing.
Civil Twilight Explained
Civil twilight is the period when the sun is just below the horizon but still provides enough ambient light to see objects on the ground without artificial lighting. There are two periods each day: evening civil twilight (between sunset and 30 minutes after) and morning civil twilight (between 30 minutes before sunrise and sunrise).
During civil twilight, you can legally fly without anti-collision lighting because the FAA still classifies this as daylight for drone operations. Once civil twilight ends in the evening, the night lighting requirement activates immediately.
Why This Distinction Matters for Drone Pilots
The civil twilight window catches many pilots off guard. If you launch a flight 25 minutes after sunset, you are still in civil twilight and do not need anti-collision lights. If that same flight extends past 30 minutes after sunset, you are now flying at night, and your drone must have compliant lighting or you are in violation.
My recommendation is to treat civil twilight as a transition zone. Power on your anti-collision strobes before sunset so they are already active if your flight runs long. This removes any ambiguity about when the requirement kicks in.
You can find exact civil twilight times for your location using the NOAA Solar Calculator, the FAA’s sunrise and sunset tables, or most drone flight planning apps like Aloft or AirData.
Anti-Collision Lighting Requirements Explained
The FAA sets two specific technical requirements for night drone anti-collision lighting: visibility distance and flash rate. Both must be met for the lighting to qualify as compliant under 14 CFR 107.29(b).
The 3 Statute Mile Visibility Rule
Your anti-collision light must be visible from at least 3 statute miles away. This distance is based on what a manned aircraft pilot would need to see and avoid your drone in time. At typical small drone altitudes (under 400 feet), a manned aircraft traveling at cruise speed covers 3 statute miles in roughly 90 seconds, giving the pilot enough reaction time.
Visibility distance depends on light intensity, measured in candelas. Most FAA-compliant drone strobes produce between 200 and 400+ candelas. As a reference, a typical white LED strobe rated at 350 candelas is visible at 3 statute miles on a clear night.
Here is the catch that catches many pilots off guard: stock navigation lights on consumer drones like the DJI Mini series, Air series, or Mavic series generally do not meet the 3 statute mile requirement. They are designed for orientation and close-range visibility, not long-distance detection by manned aircraft. You need an aftermarket anti-collision strobe to be legal.
The 40 to 100 BPM Flash Rate
The light must flash at a rate between 40 and 100 beats per minute (bpm). A solid light does not qualify, and a strobe that flashes faster than 100 bpm or slower than 40 bpm also fails compliance.
The flash rate matters because a strobing light is far more attention-grabbing than a solid one at distance. The FAA borrowed this standard from manned aviation, where anti-collision beacons on aircraft follow similar flash patterns. A steady white light at 3 miles can blend into ground clutter or stars, while a strobing light stands out clearly.
Most dedicated drone strobes on the market are factory-set within the 40 to 100 bpm range, but it is worth verifying the spec sheet before you buy. Some cheap LED lights advertise high brightness but flash outside the legal range.
Color Options: Red or White
The FAA allows anti-collision lights to be either aviation red or white. Both colors qualify as long as they meet the visibility and flash rate requirements. White strobes are generally more visible at distance, but red is preferred by some pilots because it preserves night vision for the operator and any visual observers.
Other colors, including green, blue, or amber, do not satisfy the anti-collision lighting requirement on their own. They can be used as auxiliary lighting, but you still need a compliant red or white strobe.
Mounting Position: Top vs Bottom
This is a topic that comes up constantly in drone forums, and the FAA does not explicitly mandate a mounting position. The regulation requires that the light be visible for 3 statute miles, but it does not specify where on the drone it must be attached.
In practice, top mounting provides better visibility to manned aircraft flying above your drone, which is the primary safety concern. Bottom mounting gives the pilot and any visual observers on the ground a better view of the strobe during the flight. Many experienced pilots use two strobes, one on top and one on the bottom, to cover both angles.
If you fly a lightweight drone like a DJI Mini 3 or Mini 4 Pro, be aware that adding a strobe changes your center of gravity. Mount the light as close to the drone’s vertical center as possible to avoid flight performance issues. Pilots on the r/drones subreddit frequently report that an unbalanced strobe mount causes the drone to drift or fight the gimbal during turns.
Part 107 vs Recreational Night Flying Rules
The night flying rules differ slightly between Part 107 commercial pilots and recreational flyers, but the anti-collision lighting requirement applies to both groups. Let’s break down each category.
Part 107 Commercial Operations
If you hold a Remote Pilot Certificate under Part 107, you can fly at night without a waiver as long as you have completed the updated recurrent training that includes a night operations module. This training became mandatory with the April 2021 final rule and covers topics like night physiology, visual illusions, lighting requirements, and emergency procedures specific to dark conditions.
If your recurrent training was completed before the 2021 update, you must take the new night operations module before flying after dark. The FAA made this module available both through the traditional recurrent training course and through a standalone online course on the FAA Safety Team (FAASTeam) website.
Part 107 night flyers must also comply with the standard daylight rules: stay below 400 feet above ground level, maintain visual line of sight, yield to manned aircraft, and follow any airspace authorizations required by LAANC.
Recreational Flight (Section 44909)
Recreational pilots fly under the exception in 49 USC 44909, which is the section of US law that allows hobby flight without a Part 107 certificate. To fly recreationally at night, you must follow these requirements:
You must operate within the programming of a Community-Based Organization (CBO) recognized by the FAA, such as the Academy of Model Aeronautics (AMA). You must complete the free TRUST (The Recreational UAS Safety Test) before flying. Your drone must weigh under 55 pounds unless covered by a CBO exemption. And critically, your drone must have the same compliant anti-collision lighting required of Part 107 pilots.
The lighting requirement is where many recreational pilots get tripped up. Some CBO guidelines historically allowed night flight with only navigation lights, but the FAA’s 2021 rule applied the 3 statute mile strobe requirement to all night operations regardless of category. If you fly a recreational drone at night with only the stock DJI lights, you are not in compliance.
Key Differences at a Glance
The biggest practical difference between Part 107 and recreational night flying is the training requirement. Part 107 pilots must complete formal recurrent training that includes the night module. Recreational pilots only need the short TRUST test, which does not deeply cover night operations.
Both groups need the same lighting. Both must maintain visual line of sight. Both must yield to manned aircraft. And both must follow airspace rules including LAANC authorization when flying in controlled airspace at night.
Training Requirements for Night Operations
The training requirement is the second pillar of legal night flying, alongside the lighting requirement. Here is what each type of pilot needs to complete.
Part 107 Recurrent Training Update
The 2021 final rule added a night operations module to the Part 107 recurrent training curriculum. If you earned your Remote Pilot Certificate before April 2021, your original training did not include this material, and you must complete the new module before flying at night.
The module covers several topics that daytime-only training never addressed. These include night visual physiology, including how the human eye adapts to darkness and the limitations of night vision. The course also covers visual illusions that are unique to or amplified at night, including autokinesis (the apparent movement of a stationary light when stared at), false horizons, and depth perception challenges.
You can complete the night operations module in two ways. The first is through the full Part 107 recurrent training course, which now includes the night content. The second is through a standalone online course on the FAASTeam website, which takes roughly one to two hours to complete and is free.
Once completed, the training is valid for 24 calendar months, matching the standard recurrent training cycle. You do not need a separate night endorsement on your certificate; completion of the module is recorded in your FAASTeam account.
The Standalone Night Training Course
The standalone course is titled “Part 107 Small UAS Recurrent Training” and is hosted on the FAASTeam website at faasafety.gov. It includes video lessons, knowledge checks, and a final acknowledgment. After completion, you receive a completion certificate that you should keep in your records.
This course is also where pilots learn about physiological factors like hypoxia, fatigue, and the impact of bright cockpit lights on night vision adaptation. These topics might seem theoretical, but they have real-world implications for how safely you can fly after dark.
Recreational Pilot Training
Recreational pilots do not have a specific night training requirement beyond the standard TRUST test. The TRUST test is a short online module that covers basic safety and legal requirements for recreational flight, but it does not go into depth on night operations.
This means recreational pilots are responsible for self-educating on night flying safety. I strongly recommend that recreational pilots review the same night physiology and visual illusion material that Part 107 pilots study, even though it is not legally required. The same hazards apply regardless of why you are flying.
Anti-Collision vs Navigation Lights: What’s the Difference?
One of the most common sources of confusion among new drone pilots is the difference between anti-collision lights and navigation lights. They serve different purposes, have different technical specs, and only one of them satisfies the FAA’s night flying requirement.
Navigation Lights Explained
Navigation lights are the small LED lights built into most consumer drones. They typically include a red light on the left (port) side of the drone, a green light on the right (starboard) side, and sometimes a white light on the rear. These lights are solid, not flashing, and they exist primarily to help the pilot determine which direction the drone is facing.
Navigation lights follow a long-standing aviation convention: red on the left, green on the right. When you see red, the drone is moving from your right to left. When you see green, it is moving from your left to right. When you see both, the drone is flying toward you.
Navigation lights are not bright enough to be visible at 3 statute miles. Most produce well under 50 candelas, far below the 200+ candela threshold needed for FAA compliance. They are orientation aids, not collision avoidance tools.
Anti-Collision Lights Explained
Anti-collision lights are dedicated strobing lights designed specifically to make the drone visible to other aircraft at distance. They flash at 40 to 100 bpm, produce 200 or more candelas, and are visible for at least 3 statute miles. Anti-collision lights are usually added as aftermarket accessories mounted to the top or bottom of the drone.
The FAA’s night flying rule requires anti-collision lighting, not navigation lighting. You can have the brightest navigation lights in the world, but if they are solid rather than flashing and not visible at 3 statute miles, they do not satisfy the regulation.
Why the Distinction Matters
This distinction is the source of countless forum threads from new pilots who assume their stock DJI lights are enough. They are not. To legally fly at night, you must add a dedicated anti-collision strobe that meets both the visibility and flash rate requirements.
You can and should use both types of lights at night. Navigation lights help you orient the drone, while the anti-collision strobe keeps you legal and visible to other aircraft. Most experienced night flyers run both systems simultaneously.
Night Flight Safety Best Practices
Flying a drone at night introduces hazards that daylight operations do not. The FAA training requirement exists because these hazards are real, and pilots who skip the training or ignore the safety practices put themselves and others at risk.
Use a Visual Observer
The FAA strongly recommends, but does not require, a visual observer (VO) for night operations. A VO is a second person whose sole job is to maintain visual contact with the drone and scan for hazards while the pilot focuses on flying.
At night, the pilot’s attention is often split between the drone itself and the controller screen, especially when capturing photos or video. A VO provides an extra set of eyes that can spot manned aircraft approaching from behind, obstacles the drone is drifting toward, or other hazards the pilot might miss.
If you fly commercially, having a VO is essentially expected for night work. For recreational pilots, it is just good common sense.
Watch for Visual Illusions
Night flying amplifies several visual illusions that daytime pilots do not experience. The most important one to understand is autokinesis, which causes a stationary light to appear to move when you stare at it for more than a few seconds. This can make you think your drone is drifting when it is actually hovering still.
Other illusions include false horizons created by city lights or cloud edges, and depth perception issues that make it hard to judge how far away obstacles are. To counter these, scan continuously rather than staring at any single point, and trust your drone’s altitude and distance telemetry over your eyes.
Pre-Flight Checklist for Night Operations
Run through a night-specific pre-flight checklist before every after-dark flight. Here are the items I include on mine:
Verify that your anti-collision strobe is securely mounted, fully charged, and operational. Test the flash rate visually before takeoff to confirm it is strobing, not solid. Check that your drone’s battery is at 100 percent, since cold night air and added strobe weight both reduce flight time. Confirm that your Remote ID broadcast is active (required for all flights under the 2023 rule, including at night). Review the airspace and any LAANC authorization you need for the location.
Also scout your flight area during daylight if possible. Identifying obstacles like power lines, trees, and buildings before dark is much easier than spotting them through a controller screen at night.
Battery and Performance Considerations
Cold temperatures at night reduce lithium polymer battery performance. A drone that flies for 30 minutes in warm daylight might only manage 20 minutes on a cold night. The added weight of a strobe light and its battery, even if it is only 20 to 30 grams, also impacts flight time and maneuverability on smaller drones.
Land with more battery reserve than you would during the day. I aim to land at 30 percent battery at night versus 15 to 20 percent in daylight.
Common Night Flying Mistakes and Penalties
The FAA takes night flying violations seriously. Here are the most common mistakes pilots make and the consequences of getting it wrong.
Mistake 1: Relying on Stock Drone Lights
The single most common mistake is assuming that the navigation lights built into a consumer drone satisfy the anti-collision requirement. They do not. The FAA’s 3 statute mile rule was written with dedicated strobes in mind, and stock lights on drones like the DJI Mini, Air, and Mavic series fall well short of that threshold.
Many pilots on the r/drones subreddit report learning this the hard way after being stopped by law enforcement or reported by other aviators. The fix is simple: buy and install a compliant aftermarket strobe before your first night flight.
Mistake 2: Skipping the Training
Part 107 pilots who fly at night without completing the night operations module are technically unqualified for the flight, even if their lighting is compliant. The FAA can verify training completion through your FAASTeam account, and flying without it is treated as operating outside your certificate privileges.
Mistake 3: Misjudging Civil Twilight
Pilots who launch during civil twilight and let the flight extend into night without anti-collision lighting are in violation, even if they did not intend to fly at night. Check twilight times before launch and plan your flight duration accordingly.
Penalty Ranges
The FAA has wide discretion in penalizing night flying violations. Civil penalties can range from a few thousand dollars for first-time, minor infractions to tens of thousands for repeat or dangerous violations. For commercial pilots, violations can also result in suspension or revocation of the Remote Pilot Certificate.
Criminal penalties are possible in extreme cases, particularly if a night flight endangers manned aircraft or interferes with emergency operations. These cases are rare, but the FAA has pursued them.
The simplest way to avoid all of this is to follow the rules: complete the training, install compliant lighting, and respect the civil twilight boundary.
Frequently Asked Questions
What are the rules for flying a drone at night?
To fly a drone at night in the US, your drone must have anti-collision lighting visible for at least 3 statute miles with a flash rate between 40 and 100 beats per minute. Part 107 pilots must also complete the updated recurrent training that includes a night operations module. Recreational pilots must follow CBO guidelines, complete the TRUST test, and use the same compliant anti-collision lighting.
How do drone anti-collision lights look at night?
A compliant anti-collision light appears as a bright strobing white or red flash visible from at least 3 statute miles. The strobe flashes 40 to 100 times per minute, making it stand out sharply against ground clutter, stars, and city lights. From a distance, it looks similar to an aircraft beacon and is immediately distinguishable from solid navigation lights.
Do you need to use a flashlight when flying a drone at night?
A flashlight is not legally required, but it is highly recommended for ground operations. Use a headlamp with a red light mode to preserve your night vision while setting up, monitoring the drone on the ground, and packing up. The flashlight does not satisfy the anti-collision lighting requirement, which must be mounted on the drone itself.
Can you fly a drone at night recreationally?
Yes, recreational pilots can fly at night under the Section 44909 exception. You must follow a CBO’s safety guidelines, complete the TRUST test, keep your drone under 55 pounds, and equip it with the same 3 statute mile anti-collision strobe required of Part 107 pilots. The recreational exception does not exempt you from the lighting rule.
Do you need a visual observer for night drone flights?
A visual observer is not legally required for night operations, but the FAA strongly recommends one. A second set of eyes helps scan for manned aircraft, obstacles, and other hazards while the pilot focuses on the controller. Commercial night operations typically include a VO as a standard practice.
What lighting requirements does the FAA have for night drone operations?
The FAA requires anti-collision lighting that is visible for at least 3 statute miles and flashes at a rate between 40 and 100 beats per minute. The light must be either aviation red or white. Navigation lights (solid red, green, or white orientation lights) do not satisfy this requirement on their own. The light must be operational for the entire night flight.
How many strobe lights are required to fly at night with a drone?
The FAA requires at least one compliant anti-collision strobe, but does not specify a maximum. Many experienced pilots use two strobes, one mounted on top and one on the bottom, to ensure visibility from all angles. A single strobe is legal as long as it meets the 3 statute mile visibility and 40 to 100 bpm flash rate requirements.
Can you fly a drone at night without a Part 107 license?
Yes, you can fly recreationally at night without a Part 107 license under the Section 44909 hobby exception. You must complete the TRUST test, follow a recognized CBO’s guidelines, and equip your drone with compliant anti-collision lighting. If you fly for any commercial purpose, including paid photography or inspections, you must hold a Part 107 certificate and complete the night operations training module.
Conclusion
You can absolutely fly a drone at night in 2026, and the rules are clearer than many pilots assume. The core requirement is a compliant anti-collision strobe visible for 3 statute miles with a flash rate of 40 to 100 bpm, paired with the appropriate training if you fly under Part 107. Civil twilight marks the transition point where the lighting requirement kicks in, so check local twilight times before any flight that might run past sunset.
The biggest takeaway is that stock drone lights are not enough. Whether you fly a DJI Mini or a professional Inspire, you need a dedicated aftermarket strobe to be legal after dark. Add the night operations training if you fly commercially, use a visual observer when possible, and run through a night-specific pre-flight checklist every time.
Night flying opens up some of the most rewarding shots in drone photography and videography, from city light trails to aurora captures to search and rescue work. Get the gear, get the training, and the night sky is yours to fly legally.