Level 5, 6, 7 Wind Resistance Explained

By UAV Meteo Team · Updated 10/19/2026 · 10 min read

Level 5 wind resistance means the drone coped with steady wind of up to about 10.7 m/s (38.5 km/h, 24 mph) in the maker's test. Level 6 means up to about 13.8 m/s (49 km/h, 31 mph), and Level 7 up to about 17.1 m/s (61 km/h, 38 mph). It is the top of what the aircraft managed, not a safe flying limit.

Every drone spec sheet lists a "max wind speed resistance," often written as a Beaufort level: Level 5 for the DJI Mini series, Level 6 for larger models such as the DJI Air 3. It is tempting to read that number as "safe up to here." It isn't a safety limit — it is the upper edge of what the aircraft managed in the manufacturer's test. Here is what the number means and how to turn it into a limit you can plan with.

Beaufort levels in real units

The Beaufort scale describes wind speed in bands. Manufacturers quote the top of the band:

Beaufort level Name m/s km/h mph
4 Moderate breeze 5.5–7.9 20–28 13–18
5 Fresh breeze 8.0–10.7 29–38 19–24
6 Strong breeze 10.8–13.8 39–49 25–31
7 Near gale 13.9–17.1 50–61 32–38
8 Gale 17.2–20.7 62–74 39–46

So "Level 5 wind resistance" means the aircraft coped with sustained wind up to about 10.7 m/s (38.5 km/h) in testing, and "Level 6" up to about 13.8 m/s. Many manufacturers now state the figure directly — the DJI Mini 4 Pro is rated at 10.7 m/s and the DJI Air 3 at 12 m/s. Our drone limits database lists the rating for 28 models in m/s, km/h, mph and Beaufort.

What do Level 5, Level 6 and Level 7 mean?

The three levels you will meet most often are these:

  • Level 5, fresh breeze (8.0–10.7 m/s). Small trees in leaf begin to sway. This is the rating of the DJI Mini series and many other small drones. Flying a small drone near the limit means a hard fight into the wind and a short flight.
  • Level 6, strong breeze (10.8–13.8 m/s). Large branches move and umbrellas are hard to use. This is typical of larger consumer and enterprise aircraft such as the DJI Air 3, Mavic 3 and Matrice 350 RTK.
  • Level 7, near gale (13.9–17.1 m/s). Whole trees are in motion and it takes effort to walk into the wind. Only a few aircraft claim this, and at this wind speed most pilots, with most drones, should be on the ground.

Some manufacturers publish only the level and others only the speed. Where a maker gives a level, our database converts it to the top of the band, so a Level 5 aircraft is shown at 10.7 m/s. Where it gives a speed, we use that speed and work out the level from it.

Which drones have which rating

These are the ratings as listed in our drone limits database, which uses each manufacturer's published figure:

Level 4

Level 5

Level 6

Level 7

Level 8

  • Yuneec H520E: Yuneec says it stays stable in winds up to 45 mph (20.1 m/s, 72.4 km/h)

Check the drone page for your model for the exact figure and the source.

Is Level 7 safe to fly in?

A Level 7 rating does not mean Level 7 wind is a good day to fly. It says the aircraft was able to hold position in steady wind of that speed in a test. In the real world the same wind arrives in gusts, is stronger at flying height than at the ground, and leaves less battery for the flight home. A drone with a Level 7 rating still needs the margin described below, and a near-gale is a day to leave any drone at home unless the job requires otherwise and the aircraft is built for it.

What the rating does not account for

Manufacturers do not publish a standard test method, but ratings are generally established in steady wind, with a healthy battery and the aircraft holding position or flying simple manoeuvres. Real flights differ in several ways:

  • Gusts. Real wind rises and falls. A day with an average of 8 m/s can gust to 13 m/s. The rating refers to sustained wind; a gust above it can push the drone off position or overwhelm it for a few seconds. See wind speed vs gusts.
  • Wind at height. The forecast wind is usually for 10 m above ground. At 100–120 m it is often stronger. See why wind can be stronger at 120 m.
  • Battery state. The drone's power reserve falls as the battery drains, and cold batteries sag further under load. The end of a flight — when you are flying home — is when you have the least margin.
  • Flying, not hovering. Climbing, turning and flying into the wind all ask more of the motors than holding position.
  • Thin air. High elevation and hot days reduce air density, so the propellers produce less lift. See flying in hot weather.
  • Accessories. Propeller guards, lights, extra batteries or payloads change the drone's weight and drag compared with the tested configuration.

A worked example

Take a DJI Mini 4 Pro, rated at 10.7 m/s.

  • Steady 7 m/s wind, full battery, hovering for a photo: well inside the rating. Comfortable.
  • Average 8 m/s gusting 13 m/s, battery at 30%, flying back into the wind: the average is under the rating, but the gusts exceed it and the drone has little power left. This is where small drones get blown away or run out of battery before reaching home.

The rating number is the same in both cases; the margin is not.

How to turn the rating into your own limit

A practical approach is to plan with a margin below the rating:

  • Sustained wind: keep it comfortably below the rating — around two-thirds to three-quarters of it for relaxed flying.
  • Gusts: treat gusts around the rating as the point to be very cautious, and gusts well above it as the point to stay on the ground.
  • Wind at your flying height: check it, not just the ground-level forecast.
  • How sure the forecast is: if the models disagree about your hour, plan for the higher value. The Drone Weather Confidence tool shows the spread.
  • The return leg: if you will be flying home into the wind, estimate the time and battery it takes with our Return-to-Home calculator.

How UAV Meteo uses your drone's rating

In the drone profile settings you can enter your own drone's manufacturer wind rating. UAV Meteo then sets your wind and gust thresholds from it:

Condition Good up to Caution up to Not suitable above
Sustained wind 70% of the rating 100% of the rating the rating
Gusts 85% of the rating 120% of the rating 120% of the rating

For a Mini 4 Pro (10.7 m/s ≈ 38.5 km/h) that means: wind good up to about 27 km/h and caution up to about 39 km/h; gusts good up to about 33 km/h and caution up to about 46 km/h. The Drone Wind Calculator shows the same comparison for any location.

Without a profile, UAV Meteo uses a generic set of thresholds for a standard consumer drone: wind good up to 18 km/h and caution up to 25 km/h, gusts good up to 28 km/h and caution up to 35 km/h. These are deliberately cautious, because they have to work for small drones too.

FAQ

What is Level 5 wind resistance?

It means the drone held position in steady wind of up to about 10.7 m/s (38.5 km/h, 24 mph) in the manufacturer's test. Level 5 on the Beaufort scale is a fresh breeze, 8.0 to 10.7 m/s. It is the top of what the aircraft managed in test conditions, not a safe limit for everyday flying.

What is Level 6 wind resistance?

Level 6 is a strong breeze, 10.8 to 13.8 m/s (39 to 49 km/h, 25 to 31 mph). It is the rating of larger drones such as the DJI Air 3 and Mavic 3. The same warning applies: plan to fly below it, not at it.

What is Level 7 wind resistance?

Level 7 is a near gale, 13.9 to 17.1 m/s (50 to 61 km/h, 32 to 38 mph). Very few drones claim it, including the DJI Inspire 3, Parrot ANAFI Ai and Autel EVO Lite+. It does not mean the drone is safe to fly in that wind.

What is the difference between Level 5 and Level 6 wind resistance?

About 3 m/s (11 km/h) more wind. A Level 6 aircraft is rated for roughly 12 m/s against about 10.7 m/s for Level 5. That difference is useful but small next to the gust and altitude effects described above.

Is it safe to fly right at my drone's maximum wind rating?

Only in conditions close to how the rating was established: steady wind, a full battery and simple flying. Add gusts, a long flight or a return leg into the wind and your real margin disappears. Plan to fly below the rating, not at it.

Why do my drone's warnings appear below the rated wind speed?

Many drones warn about "strong wind" based on how hard the motors are working, not on the wind speed alone. A cold battery, a heavy payload or thin air all make the motors work harder in the same wind.

Are ratings comparable between brands?

Only roughly. There is no common industry test, so two drones with the same number may not behave the same. Treat the rating as a reference for your specific aircraft, and learn how it behaves in wind at a safe height.

What wind speed is safe for a sub-250 g drone?

Small drones have little mass and power reserve, so gusts affect them more. See what wind speed is safe for flying a drone for the full picture.

Sources

This guide is general information for planning. Always follow your drone manufacturer's limits.