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Can Drones Fly in Strong Winds? (Drone Wind Resistance Comparison)

Updated in 2024 by Paul Posea

can drones fly in strong winds

Are you wondering if your drone can handle strong winds? I'm a drone blogger who's flown in lots of windy weather, and I’m sure you would like to learn from my mistakes rather than yours. 

Drones can fly in strong winds but it depends on various factors such as the specifications of the drones and the speed of the wind. Moreover, the speed of the wind should be two-thirds of the total speed of the drone.

For instance, if your drone's top speed is 45 mph, it should manage in wind speeds up to about 30 mph. But remember, flying in strong winds is not just about speed. You also need to consider factors like battery drain and the increased demand on your drone's motors.

 In this article, I'll break down these aspects, using my experiences of flying in various windy conditions. I'll share how to assess when it's safe to fly and when to wait for calmer skies. This knowledge is essential for safe and successful drone operation, even when the winds pick up.

Understanding Wind Resistance in Drones

Knowing exactly what levels of wind your drone can face is vital for several reasons. First and foremost, it's a safety issue. If your drone can't handle the wind speed, it might crash, risking damage to the drone, and more importantly, posing a safety hazard to people and property below.

Wind Resistance

Besides safety, there's the matter of footage quality. A drone that's struggling against the wind can result in shaky, unusable footage. For professional or recreational drone videographers, understanding the wind resistance capability of your drone ensures you capture smooth, high-quality video.

Finally, there's maneuverability. A drone that can competently handle higher wind speeds will be more responsive and easier to control. This is crucial for precise flying, whether you're navigating through tight spaces or trying to maintain a steady position for the perfect shot. In essence, knowing your drone's wind resistance levels is key to a successful, safe, and productive flying experience.

Basics of Drone Wind Resistance

If I say a drone has a wind resistance of X km/h, it means that I can fly the drone well and keep it stable in winds that go up to X km/h. This is the strongest wind in which I can expect the drone to work properly, without it getting pushed off course or losing control. This capability is crucial as it determines how well a drone can maintain stability, conserve battery life, and capture clear images or videos when faced with the force of the wind. The level of wind resistance varies across different drone models, primarily depending on their design, weight, motor power, and technological features.

To quantify wind resistance, we often turn to the Beaufort scale, a standardized scale that categorizes wind speeds. Originally developed in the 19th century by Sir Francis Beaufort, this scale has been adapted to suit various applications, including drone flying.

In the context of drones, the Beaufort scale helps pilots understand the potential impact of different wind speeds on their drones. For instance, a drone that can operate in Beaufort scale level 5 conditions (winds at 19-24 mph) is considered to have good wind resistance. This scale is really useful for you to figure out if your drone can handle the wind right now. It helps you decide if it's safe to fly at the moment or better to wait until it's less windy. Knowing this can mean the difference between a good, safe flight and taking a risk that might not end well.

Beaufort Wind Scale – Estimating Winds Speeds

Beaufort LevelMPH RangeMPH AverageTerminologyDescription
000CalmCalm. Smoke rises vertically.
11-32Light airWind motion visible in smoke.
24-76Light breezeWind felt on exposed skin. Leaves rustle.
38-1211Gentle breezeLeaves and smaller twigs in constant motion.
413-1815Moderate breezeDust and loose paper is raised. Small branches begin to move.
519-2422Fresh breezeSmaller trees sway.
625-3127Strong breezeLarge branches in motion. Whistling heard in overhead wires. Umbrella use becomes difficult.
732-3835Near galeWhole trees in motion. Some difficulty when walking into the wind.
839-4642GaleTwigs broken from trees. Cars veer on road.
947-5450Severe galeLight structural damage.
1055-6360StormTrees uprooted. Considerable structural damage.
1164-7370Violent stormWidespread structural damage.

Factors Influencing Drone Stability in Wind

After running many tests, I've found that the weight and size of a drone are crucial in determining how well it handles wind. Heavier drones are better at resisting wind. Their extra weight gives them more stability and keeps them steady even when gusts are strong. On the other hand, lighter drones, which are usually easier to handle and more agile, can have a hard time in the wind. They tend to get knocked around more. Also, the size of the drone is important. Bigger drones with a larger surface area can be more impacted by wind, almost like a sail in a strong breeze.

Drone Stability

Aerodynamic Design and Motor Power

A drone's aerodynamic design significantly impacts its ability to cut through the wind. Sleek, streamlined drones are better equipped to reduce wind resistance, allowing for smoother flight. The power of the drone's motors is equally important. 

Stronger motors provide more thrust, enabling the drone to counteract the force of the wind more effectively. A drone with a high thrust-to-weight ratio will generally fare better in windy conditions, maintaining stability and control.

Quality of Sensors and Drone Software

The sophistication of a drone's sensors and onboard software is a critical factor in wind resistance. Advanced sensors, such as gyroscopes and accelerometers, help the drone detect and adjust to changes in wind speed and direction. 

The drone's software plays a role in interpreting sensor data and making real-time adjustments to maintain stability. Drones with high-quality sensors and intelligent flight control systems can better compensate for wind disturbances, ensuring a steadier and safer flight.

Drone Wind Resistance Levels Explained

A practical way to visualize this is through a detailed table that correlates wind resistance levels with corresponding wind speeds and their potential effects on drones. This table not only helps drone operators assess the capabilities of their drones but also serves as a guide to anticipate how their drones might behave in different wind conditions.

LevelSpeed (mph)Wind CharacteristicsDrone Behavior with Wind Resistance Consideration
00-1CalmAny drone, even with low wind resistance, can fly perfectly.
11-3Light AirAlmost all drones, including those with low wind resistance, can fly easily.
24-7Light BreezeSmall or low wind resistance drones might struggle; others are fine.
38-12Gentle BreezeLimit for many consumer drones, especially those with lower wind resistance.
413-18Moderate BreezeOnly drones with moderate to high wind resistance should be flown; control may be affected.
519-24Fresh BreezeDrones with high wind resistance can fly, but control and battery life are impacted.
625-31Strong BreezeOnly professional-grade drones with very high wind resistance should be flown.
732-38Near GaleGenerally unsafe to fly, except for drones with extremely high wind resistance.
839-46GaleUnsafe to fly drones, including most with high wind resistance.
947-54Severe GaleVery risky for all drones, even those with high wind resistance.
1055-63StormUnsafe for all drones, regardless of wind resistance.
1164-72Violent StormExtremely unsafe for all drones, even with the highest wind resistance.

Different drone models come with varying degrees of wind resistance, primarily determined by their design, weight, motor power, and sensor quality. For instance, a DJI Mavic Mini, being lightweight, might struggle in Level 3 winds, whereas a DJI Phantom 4 Pro, with its robust build and powerful motors, can comfortably handle Level 4 winds.

Here are some examples of popular drone models and their corresponding wind resistance levels:

Drone ModelWind Resistance Level (Speed)Simplified Wind Conditions
Yuneec Mantis GLevel 6 (29 mph)Strong wind
Yuneec Mantis QLevel 6 (29 mph)Strong wind
Autel Evo 1Level 8 (46 mph)Gale conditions
Autel Evo 2Level 8 (46 mph)Gale conditions
Autel Evo 2 ProLevel 8 (38 mph)Gale conditions
Tarot X8Level 6 (29 mph)Strong wind
UVIFY Draco HDLevel 6 (29 mph)Strong wind
Parrot Bebop 2Level 6 (29 mph)Strong wind
3DR SoloLevel 6 (29 mph)Strong wind
Parrot AnafiLevel 6 (29 mph)Strong wind

Practical Aspects of Flying Drones in Wind

Challenges of Flying in Strong Winds

When it's really windy, controlling your drone can be tough. The wind can push it around, changing its direction and height suddenly. This makes flying tricky and can even cause your drone to crash or get damaged.

Flying Drones

Also, strong winds might blow your drone onto someone's property without meaning to. This can cause a bunch of problems, like upsetting the property owner or even breaking some rules. That's why it's super important to know if it's okay to fly your drone over someone else's house or yard. To learn more about this, check out this helpful article on can you fly a drone over someone's property. Knowing these things helps you fly your drone safely and responsibly, especially when the wind is strong.

Increased Battery Consumption

Strong winds force drones to work harder to maintain stability and position, leading to increased battery consumption. The motors need to generate extra power to counteract the wind's force, which drains the battery at a much faster rate than in calm conditions. This reduced battery life limits the flight time and range, requiring more frequent battery changes or recharges, and can be particularly challenging during long or complex flight missions.

Impact on Image and Video Quality

For drones used in photography and videography, strong winds can severely impact image and video quality. The instability caused by the wind can lead to shaky, blurry, or distorted footage, making it difficult to capture high-quality visuals. 

This is especially problematic for professional drone operators who rely on clear and stable footage for their work. Even drones with advanced stabilization features may struggle to compensate for the movements caused by strong winds.

Safe Operating Conditions for Drones in Wind 

Operating drones in windy conditions requires not only skill and experience but also a keen awareness of safety guidelines. Ensuring safe flight is paramount, especially when dealing with commercial drones that might be used in more demanding scenarios.

When flying commercial drones in windy conditions, it's crucial to adhere to specific guidelines to ensure safety and efficiency:

Pre-Flight Checks: Always conduct thorough pre-flight checks. This includes checking the weather forecast, inspecting the drone for any damage, and ensuring all systems are functioning correctly.

Understanding Limitations: Be aware of the wind resistance level of your drone and do not attempt to fly in conditions that exceed its capabilities.

Stay Informed: Continuously monitor local weather conditions during flight. Sudden changes in wind speed or direction can significantly impact the drone's performance.

Emergency Planning: Have a contingency plan in case of strong wind gusts, including safe landing zones and procedures for regaining control of the drone.

Maintaining Drone Stability and Altitude 

In the face of strong winds, maintaining a drone's stability and altitude can be challenging. However, with the right techniques and the aid of onboard technology, pilots can significantly improve their drone's performance in these conditions.

Drone Stability

Techniques for Maintaining Altitude and Position

Gradual Movements: Avoid rapid or abrupt maneuvers. Smooth, gradual movements help maintain stability and prevent the drone from being thrown off course by the wind.

Altitude Management: Flying at a lower altitude can sometimes reduce the impact of wind, as wind speeds can be higher at greater altitudes. However, be mindful of obstacles like trees and buildings.

Positioning Against the Wind: When possible, position the drone so that it faces into the wind. This stance helps the drone to be more aerodynamic and stable.

Constant Monitoring: Keep a constant eye on the drone's altitude and position. Quick adjustments may be necessary to counteract wind gusts.

Role of GPS and Other Sensors in Enhancing Stability

Modern drones are equipped with advanced technology that plays a crucial role in maintaining stability in windy conditions:

GPS Systems: GPS helps in maintaining the drone's position. It allows the drone to understand its location and make automatic adjustments to stay on course, even when buffeted by wind.

Gyroscopes and Accelerometers: These sensors detect changes in orientation and acceleration, providing critical data that the drone's flight controller uses to maintain stability.

Barometers: These sensors help maintain a consistent altitude by measuring atmospheric pressure. The drone can adjust its motor speed to stay at the desired height, countering the lifting or sinking effects of the wind.

Vision Positioning Systems: In some drones, these systems use visual data to stabilize the drone, especially when GPS signals are weak or unavailable.

DJI wind resistance Levels

I've learned that Level 6 wind is about the highest speed that modern DJI drones, like the DJI FPV Racer, can handle. Different drones have their own wind resistance levels based on their specs. The DJI FPV is the fastest in the DJI lineup, hitting top speeds of 87 mph. From what I understand, a safe wind speed for flying these drones is around 58 mph.

But, just because the drone can technically fly in such strong winds, it doesn't mean it's easy for everyone. You really need to be experienced and skilled to control the drone's flight and direction in such intense conditions.

For a quick overview and more details, there's a table that summarizes these DJI wind resistance levels and max wind speed.

Drone ModelWind Resistance LevelMax Wind Speed
DJI Mavic MiniLevel 413‑18 mph (20‑28 kph)
DJI Mavic Mini 2Level 519-24 mph (29-38 kph)
DJI Mavic Air 2Level 519-24 mph (29-38 kph)
DJI Mavic Air 2sLevel 519-24 mph (29-38 kph)
DJI Mavic 2Level 519-24 mph (29-38 kph)
DJI Mavic 2 ProLevel 519-24 mph (29-38 kph)
DJI Mavic 2 ZoomLevel 519-24 mph (29-38 kph)
DJI Phantom 4 ProLevel 519-24 mph (29-38 kph)
DJI Mavic AirLevel 519-24 mph (29-38 kph)
DJI Mavic Pro PlatinumLevel 519-24 mph (29-38 kph)
DJI SparkLevel 413‑18 mph (20‑28 kph)
DJI Phantom 4 AdvancedLevel 519-24 mph (29-38 kph)
DJI Mavic ProLevel 519-24 mph (29-38 kph)
DJI InspireLevel 519-24 mph (29-38 kph)
Phantom 4 Pro V2.0Level 519-24 mph (29-38 kph)
DJI Phantom 4 RTKLevel 519-24 mph (29-38 kph)
DJI Matrice 300 RTXLevel 733 mph (53 kph)

Advanced Insights and Precautions

Assessing and Responding to Different Wind Levels

For drone pilots, both novice and experienced understanding and responding appropriately to varying wind levels is crucial for safe and successful flights. This involves not only a grasp of the Beaufort scale but also the implementation of strategies tailored to different wind conditions.

Strategies for Flying in Various Wind Levels

flying in various wind levels 1

Low Wind Conditions (Beaufort 0-3): Ideal for all types of drones. Pilots should still be cautious of sudden gusts but can generally expect stable flight conditions.

Moderate Wind Conditions (Beaufort 4-5): Suitable for more advanced drones with higher wind resistance. Pilots should employ techniques like flying into the wind and maintaining a lower altitude for stability.

High Wind Conditions (Beaufort 6-7): Only recommended for experienced pilots with high-end drones. Flight should be approached with caution, and constant adjustments will be necessary to maintain control.

Very High Wind Conditions (Beaufort 8+): Generally unsafe for most drone operations. Only specialized equipment and highly skilled pilots should attempt flights in these conditions, and only if absolutely necessary.

Pre-Flight Wind Assessment and Preparation

Before launching a drone into the sky, a thorough assessment of wind conditions is crucial. This step is not just about safety; it's about ensuring the feasibility and success of the flight. Here's how pilots can effectively estimate wind conditions and prepare for them.

Using Weather Maps: Online weather services and apps provide detailed weather forecasts, including wind speed and direction. These maps are a great starting point for understanding the day's wind conditions. Look for local weather updates for the most accurate information.

Anemometers: For a more precise measurement, pilots can use an anemometer, a device specifically designed to measure wind speed. Portable anemometers are available that can be used on-site to get real-time wind readings.

Pre-Flight Checks and Adjustments for Wind Conditions

Pre Flight Checks and Adjustments for Wind 1

Inspect the Drone: Check for any damage or loose parts that could be exacerbated by strong winds. Ensure all components, especially propellers, are secure and in good condition.

Check Battery Levels: Ensure batteries are fully charged, as wind can lead to increased power consumption.

Adjust Settings: Depending on your drone model, you might be able to adjust settings for better performance in wind. This can include changing the sensitivity of controls or enabling specific flight modes designed for stability.

Plan Your Flight Path: Consider the wind direction and speed when planning your route. It's often best to start flying into the wind so that you have the wind at your back when returning, which can be crucial if battery levels are low.

Briefing and Mental Preparation: Brief yourself on the flight plan and mentally prepare for the challenges that might arise due to wind. Always have a contingency plan for unexpected wind changes.

Battery Management and Flight Strategy

Effective battery management and strategic flight planning are crucial when flying drones in windy conditions. Wind not only challenges a drone's stability but also significantly impacts its battery life. Here are strategies to help conserve battery life and make smart flight decisions in windy conditions.

Reduced Hovering: Hovering consumes more battery power. In windy conditions, plan your flight path to minimize hovering, especially when the wind is strong.

Efficient Flight Paths: Choose the most direct routes to your target areas. Longer, indirect paths can consume more battery, especially when battling against the wind.

Optimal Altitude: Sometimes flying at a slightly higher altitude can reduce wind resistance, as ground-level winds can be more turbulent. However, this must be balanced with the increased power required to climb.

Pre-Flight Battery Warm-Up: In colder conditions, warming up your drone's batteries before a flight can improve their efficiency and longevity.

Regular Battery Checks: Continuously monitor your drone's battery status during flight. Windy conditions may drain the battery faster than expected, so keeping a close eye on it is important.

Flying With vs. Against the Wind

  • If possible, take off into the wind. This gives the drone more lift and stability, making it easier to ascend and stabilize.
  • Plan your flight so that you return with the wind at your back. This can help conserve battery power as the drone will require less energy to move with the wind's assistance.
  • Be cautious of side winds, as they can push the drone off course. Adjust your flight path and orientation to compensate for any lateral movement caused by the wind.
  • Always be prepared for an emergency landing. If the wind becomes too strong or the battery too low, look for a safe and immediate landing spot.


Navigating the skies with a drone in windy conditions is a challenge that tests both the machine's capabilities and the pilot's skill. This article has explored the multifaceted aspects of drone wind resistance and the practicalities of flying in strong winds, offering insights and strategies to enhance safety and performance.

In conclusion, while technology continues to advance, making drones more resilient and easier to fly, the fundamental principles of aerodynamics and weather remain unchanged. A deep respect for these natural forces, combined with the knowledge and strategies discussed, will empower drone pilots to navigate the winds with confidence and safety.

faq what should you look for in a drone

Frequently Asked Questions

In this section we'll answer all questions related to the above article:

How windy is too windy for a drone?

The threshold for "too windy" varies by drone model, but generally, winds above 24 mph (Beaufort scale level 5) are challenging for most consumer drones. Always refer to your drone's specific wind resistance rating and avoid flying in conditions that exceed its capabilities.

What is the best drone for high wind?

For high wind conditions, the Autel EVO Nano Plus stands out, especially with its premium bundle offering enhanced wind resistance. The DJI Mini 3 also offers exceptional wind resistance and is a great budget-friendly option. While the DJI Mini 2 SE is a solid starter drone with good wind resistance, the Autel EVO Nano Plus and DJI Mini 3 are better suited for more challenging windy environments.

Does it Consume More Battery to Fly in Strong Wind?

Yes, flying in strong wind does consume more battery. The drone has to work harder to maintain stability and position against the wind, leading to increased power usage and faster battery drainage. This is an important consideration for flight time and range planning in windy conditions.

Can Drones Hold Their Altitude in Strong Winds?

Drones can hold their altitude in strong winds to a certain extent, depending on their design, weight, and stabilization technology. Advanced drones with robust GPS systems, powerful motors, and sophisticated sensors are better equipped to maintain altitude in windy conditions. However, extremely strong winds can challenge even the most advanced drones.

Hi, I'm Paul.
A big drone enthusiast, reviewing, comparing and writing about drones since 2015. I'm all about helping people enjoy and even monetize their hobby.

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paul posea
Paul Posea
Hi, I'm a long-time drone reviewer and I hope my articles and comparisons on this site as well as Dronesgator's youtube channel are of as much help as possible.
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