Drone LED Lights Guide 2025: Best Kits, Prices & Setup Tips

Drone lights are probably not the last thing on your mind when you fly your drone, but if you're doing it at night or indoors, now is the time to think about them.

The FAA now mandates that all aircraft carry bright, strobing anti-collision lights on the drone on all flights at night so your UAV can be seen by other pilots.

The drone’s camera requires an ample amount of lighting to take high-resolution, clear pictures and footage, since it is one of the main applications of the drone. When you’re flying the drone at night, ground-based scene lights or drone-mounted lights help capture beautiful aerial images.

When you’re flying your drone at night or in low-light conditions, drone lights help create magic with your drone and enhance its capabilities. Read this blog to understand why drone lights are important, what their features are, and more relevant information.

What are Drone Lights?

Drone lights are small, high-powered LED lights that enable the pilot to be able to see and be seen when flying at night. Lights may be installed on the drone using a custom mount or with Velcro. Others install lights in the drone itself.

Types of Drone Lights

1. Anti-Collision

Strobe lights give visibility for other aircraft and the pilot at night time to the drone. Strobe-capable lights are mandated by the FAA under FAR 107.29, requiring them to be visible from 3 statute miles and strobe at 40-100 cycles per minute.

Anti-collision lights are tiny and light in weight. They range from a few grams to 2 oz. and can be mounted on the drone via Velcro, tape, or a special mount.

Note: Please note that onboard colored status/directional lights are NOT an appropriate anti-collision light.

2. Search lights

Smaller searchlights can light up items 75 ft away from the drone. They​‍​‌‍​‍‌​‍​‌‍​‍‌ are perfect for a detailed search or for indoor work, and they help the drone's sensors to move around obstacles and to land in the dark. 

The lesser searchlights that are equipped on smaller drones like DJI Mavic, Parrot Anafi, and Mini generally have a weight that fluctuates between 1.5 and 6 oz. To keep the drone's performance and battery life intact, they are made ​‍​‌‍​‍‌​‍​‌‍​‍‌light.

A very frequent search, from a higher level, needs to be done because of topography, buildings, power lines, or trees. These situations require a more intense searchlight. The D100 spotlight can light objects as far as 200 ft away. Searchlights are very helpful during search and rescue missions and fire tragedies. 

The size and weight of the lights increase with their brightness and power, for which DJI M30, DJI Matrice, and Autel EVO II are the best options. They all carry the added weight without compromising the flight performance. 

3. Scene Lighting

When mapping or documenting a specific area at night, like a crime scene or traffic accident, scene lights are necessary to illuminate the scene for the drone's camera to capture the scene. To achieve optimum lighting for documenting or mapping, portable scene lights are deployed rapidly and can move around easily. 

RGB vs. RGBW: What’s the Difference?

The full form of RGB in LEDs is Red, Green, and Blue. They are widely used to create a spectrum of colours. RGBW stands for Red, Green, Blue, and an added White LED. The white LED helps in:

Aesthetic lighting: The extra white LED is a kind of spotlight which perfectly enhances the other 3 colours and thus enables the RGBW to be used for effect lighting rather than just for colour mixes. 

Brightening: The additional white LED is one of the ways to increase the brightness of the drone. This certainly allows the drone lights to be visible from a longer distance without the need to make their colour integrity ​‍​‌‍​‍‌​‍​‌‍​‍‌dirty.

Better Colours: RGB LEDs find it difficult to produce white whites and paler pastels, which RGBW LEDs can easily do. The white LED provides a better and more natural range of colours, better colour transitions, and more realistic renderings.

Features of Drone Lights

1. Beam type, Brightness, and Distance

There are different applications for which different beam patterns are needed from the light. A tightly formed beam of light will be ideal for a longer range of search. This may be surveillance at greater heights or search and rescue.

A wide flood beam will be ideal for near-range applications where even and broad light is preferable, like an indoor flight, which calls for sensors to observe doorways and walls.

Some lights have a switch to modify the beam pattern for other uses.

2. Battery Type

Most​‍​‌‍​‍‌​‍​‌‍​‍‌ smaller drone lights are powered by rechargeable lithium-ion or LiPo batteries. In fact, they provide a reasonable amount of runtime per a single charge, if we take into account their small weight and size.

The most common type of battery for drone lights is lithium-ion batteries.

LiPo batteries have very good power-to-weight and power-to-runtime ratios. The only drawback of LiPo batteries is that they can be charged a limited number of times.

LiPo batteries tend to become unstable when left unused for an extended period. The instability can lead to thermal flash and fire. This is more likely to occur in larger LiPo batteries used to power drones.

Large searchlights, as an example, the D10.0, can be powered by rechargeable batteries like 18650.

3. Fixed Battery vs. Removable Battery vs. Wired Power

Drone light batteries are generally integrated into the light itself or are removable for recharging from the light.

Fixed battery lights need the light to be removed from the drone to charge. This means the pilot would need to have several lights available to switch out when one loses power.

A battery pack that can be removed makes it possible for the light head to remain attached to the drone while the battery pack is detached for recharging.

4. Weight

Weight is such a critical factor in deciding on lights. In case the lights are too heavy, it will hurt the runtime and performance of the drone. Test your drone patiently with extra lights to find out its capacity with the added payload.

Firstly,​‍​‌‍​‍‌​‍​‌‍​‍‌ you need to connect the lights in such a way that the center of gravity of the drone remains balanced. Other than that, it should be safe to assume that you are not covering any sensors, antennas or parts that are rotating.

5. Durability and waterproofing

Waterproofing on drone lights is a big benefit. Although the majority of drones are not very waterproof, manufacturers are making more water-resistant drones to satisfy the requirements of professional users, especially those in the fields of public safety and industrial applications. 

In order to have the lights be durable, it would be better to expose them more to bad weather situations, such as rain, snow, or ​‍​‌‍​‍‌​‍​‌‍​‍‌sleet. If the drone lights withstand all those extreme conditions, they are rendered durable. Moreover, if the drone crashes into a river or a lake, the lights should be salvaged from the damage.

Best Drone Light Kits for Your Drone

Here are the top 5 best kits for your drone, which offer the best drone lights:

1. BotGlow Drone LED (5×5 mm) 

• Super bright LED strips (5 high-intensity LEDs per module), visible both in the day and at night.

• Modules (1.13 g per module) and small (42 mm), robust PCBs are good for freestyle/acrobatic drones.

• BotGlow Drone LED comes with 4 LEDs + silicone cables + heat-shrink tubes. Easy and fast installation with plug-and-play compatibility with BOT WING F7/F4 Flight Controller and many common FCs too.

2. VIFLY Drone Strobe Light

• These versions are compliant with the FAA, have good brightness and versatile mounting, and are lightweight. 

3. ULANZI DR-02 Strobe LED Drone Light

• It comes in 3 colours (white, red, and green), has slow and strobe flashing modes, and is visible at 3 km max.

• 110 mAh battery, USB-C charging, extremely lightweight (~6-7 g).

4. Yogpun Drone Strobe Light

• 5 LEDs, long battery life, compatible with many popular drone models.

• They are very cost-effective and yet efficient.

5. Custom Spotlight/Headlight/Emergency Light Kits (e.g., Firehouse, etc.)

• This is better for illumination instead of strobing.

• Bigger and higher power draw, but more for filming and inspection purposes.

How to Set Up the Drone Lights?

Here are some setup tips you need to know while setting up your drone lights:

1. Plan placement

• Select the vehicle parts and number of lights you want (maybe front for orientation, top/bottom for anti-collision, and gimbal side clear for filming).

• Try to maintain symmetry when performing any balancing operations on the drone.

2. Mount securely

• Just the clips, 3M double-sided tape, or Velcro straps that come with the product will do.

• Do not let the mounts for the drone's propellers, sensors, or landing gear be the ones that you install.

3. Angle adjustment

• Strobes: If possible, always have them in an upright position and totally exposed so that 360° visibility is achieved.

• Spotlights: To avoid the light rays from the camera, they can be directed slightly downward.

4. Check the power setup.

• It​‍​‌‍​‍‌​‍​‌‍​‍‌ is a must to recharge the internal batteries of the strobes that are to be put on the drone.

• Check that the external power cable is protruding from the arm and zipped with ties or taped to your hand to prevent it from moving while flying.

5. Do a ground test

• Turn the lights on, and check that the flash modes (steady, strobe, and slow flash) work properly.

• Make sure the lights are not creating reflections in the viewfinder of your camera.

6. Test weight balance

• Test the weight balance by holding the drone flat. If it is tilting to one side, then you have to adjust the mounting positions.

• The heavier lights should be in the centre and not on one single arm.

7. Short flight test

• Fly a test flight at low altitude (2–3 m).

• Observe drone stability, check for vibration, and see if lights remain secure.

8. Night/low-light trial

• Get the sky clear and free of danger, and then fly.

• Visibility from 1-2 km (strobes) can be confirmed, and it can also be verified if the spotlight is illuminating the subject without overexposing it.

9. Post-flight check

• Feel for looseness in your mounts and wiring.

• If they are running on internal batteries, recharge the lights.

Conclusion

So, we hope this guide on drone LED lights helped you understand their significance and how they work. Make sure you choose the one that helps you achieve your flying goals and comes under budget to avoid any problems later. 

Now that you’re familiar with how a drone LED light works, purchase only from a verified source with a focus on quality. If you need the best components for building your drones, contact BotLab Store, and we’ll sort everything out for you. Happy Flying!