Today there is a bit of wind and I want to try the nano plus to see how it behaves in these conditions. By the way you know the windy. There is also the website, through this application that I have been using for years. It is possible to know what it is the intensity of the wind in the place where we are, but also the direction of the wind, as you can see, to understand how to conduct the drone. In addition to this, windy makes forecasts on how much wind there will be in the next days, weather forecast webcam in short, a lot of features at this moment. Then it tells me that, in the place where I am, there are 28 kilometers per hour of wind but wind with respect to the surface. Also, there are also gusts over 50 kilometers per hour if we slightly pull up the right cursor and bring it at the first step, which is 100 meters above the surface. We immediately see that the wind rises to ‘ kilometers per hour, autel robotics for evo nano declares a level 5 wind resistance, maximum resistance to v ento level 5, that is to say, from 29 to 38 kilometers per hour in this range. This range in the maximum bearable by the drone, which is the same as stated for other drones, such as the mini 2, the mini se zino mini pro and fine x8 mini, who is a pilot expert, knows that these values are to be taken into consideration.

If the manufacturer says that these are maximum values, it means that prudently, you have to keep well below in order not to risk that some gust of wind will take the drone away from us and also fly with a drone under the 250 grams. With this wind level does not make sense to me, but then why will you tell me you want to do this simple test? I want to do this test to be sure that if I leave when there is no wind in case it suddenly arrives einto during the flight and the drone it is far away. I want to be sure that it can withstand this wind so after verifying that the wind actually comes from the direction indicated by windy, i.e. frontally, i n this moment. I decide that my mission will be in that direction precisely against the wind or almost like this. I will not have problems going home because, during the return I will have the wind in favor. In the meantime, we have heard that autel has solved the problem of the ridiculous pronunciation in English. Now the pronunciation of the app after the initials is more sustainable. We take off welcome to a new quadcopter video news for safety to have a more immediate control. I have configured the remote control button so that every time I press it, it changes my flight mode, the modes. They are three smooth standard and sport. If we have the obstacle sensors active when we are in sport exceeding 36 kilometers per hour, they are deactivated.

Here is one thing I noticed: is this message from the gimbal camera that is doing the self check and therefore prevents take off it? Does I often dont like it very well stop chattering, we risk take off the bow towards the wind as established and see what happens these? I know no, the obstacle avoidance sensors. That see me because I am behind him. We hope he can keep the hovering tilted downwards because it has to counter the wind. You see the drone with respect to the horizon of the sea that is bowed. Lets try to rotate it lets see what happens now. The wind has increased a bit. There are a bit of gusts continue to keep the hovering, look, how much it is tilted and despite everything, it keeps the hovering a bit of up and down well, because it is the effect of the wind that brings it up and down down. But he does everything possible to maintain the height and position slightly compared to before the wind has increased slightly and it is more difficult. You see how inclined we look from another perspective in the frontal perspective, while in the background, the impact of the wind on the vegetation and look at how it is inclined and therefore I would say that this pre flight test has been passed. So I can dare to fly higher if it does not end in the sea or if the wind does not take it away.

Lets look at it first and images on board to see how it stabilizes the quality of the images, and then we also see the images of the app to see what the behaviors it had regarding speed and other aspects. Ok, I started the video recording, as you have heard, and lets go, lets proceed and here the onboard images of the first meters. I make them low, as you can see, on the left and every now, and then you see the propeller, because the wind makes the drone tilt more and therefore, during the forward advance. The left propeller is framed also because the wind it comes almost diagonally in front, but a little diagonally which pushes it towards the sea. Then the gimbal stabilizes towards the left propeller lets look at some sections. This is a stretch in sport. I really like the fantastic stabilization. There is no jello effect, no c, it is no vibration. Despite the speed and despite the wind, then look at the colors and what definition? Maybe there is a slight overr sharpening that is a sharpness a bit a bit tro ppa sharpness. However, I would say that we are at the limits, so absolutely fantastic lets try to orient the gimball camera downwards with the wheel. Obviously the wheel can be set. How much the wheel has to intervene, and then we can make a slow movement rather than fast enough. There are all the adjustments on the app. So from this point of view, there are no problems.

Even the return to the top can be gradual graduated at will here we are, we are going forward despite the wind here. I stop, because I want to try the zoom even with wind lets see what happens. We see if it keeps hovering well, despite the wind, I repeat: if you see the jerky waves, a problem of my rendering software, the original clips are perfect. This is the 16x zoom of the jetty head. I have yet to understand how to definitively adjust the horizon, because, as you can see on the sea, you notice that we have not yet tilted. I have to adjust it each time by hand on this occasion. I have not done it p because it was windy, and so I avoided doing it, but I would like to solve it definitively with a calibration. I naturally tried to calibrate, but the result is always. This is not perfect. We still have these images. The image quality for me absolutely perfect, is not there vibration the colors of the absolutely fantastic definition for me best drone under 250 grams, both for image quality and for radio signal quality. Video return here there should be a flag lets see if I can find it with the zoom, and here it is here it is waving the flag. I remembered well but lets see what happened to the drone, especially as regards the speed when we are in standard mode upwind. We see that it reaches 15 km, h, more or less now switch to sport, and we see that the speed increases we are always upwind reaches more or less 20 kilometers per hour.

You notice even more the propeller, because the inclinations are increased to counteract the v. Ento lets see what happens now in smooth here. You see how it drastically slows down. I have all the stick forward. It practically stops. You can hardly see it does two kilometers per hour, just as soon as a bit of wind is evidently recovered a bit stronger than normal anyway, now in standard it recovers, the speed brought it back to sport. The speed increases, therefore, for the operation of its firmware. In smooth, it decreases the inclinations of the angles because it wants to make it go slower, and even when there is wind, it does not tilt more to maintain speed maximum of the smooth and therefore undergoes this wind. It undergoes it even to stop, and in some cases, even to back up, in my opinion, autel should review this thing for a moment. Allow a greater inclination, even when it is in smooth to allow it to reach the maximum speed of its mode. We see the zoom that by holding down the key, we access this half moon where we can edit. I was wrong, as you can see, just rotate it down to zoom up to go back. There is a small delay between when you set the zoom to when it arrives. However, it is acceptable here it is flying in sport in favor of wind, so there is no. Rather, we see that we are against the sun and we see that there are reflections on the sea, but the sensors are deactivated because we are going.

I am going at more than 36 kilometers per hour than as we have seen before this speed the sensors, even if I have activated them they automatically deactivate, but look at what happens. I am always holding the sticks in the same position in a constant way. At a certain point, the drone points the nose upwards and stops, and I am continuing to hold the stick forward now. It has recovered ha, had a crisis and now the sensors, as they are activated notice, reflections of the sea and therefore consider them as obstacles, and yet they are in favor of the wind that is the wind from behind, is pushing it. But the sensors prevent you from moving forward, so I deactivate them and we see that it immediately resumes its speed. And so we also saw how important it is when there is wind to organize the mission so that the return is always in favor of the wind. Because if in this case it had been against the wind with the battery almost discharged, I would have seen it wrong conclusion of my test. I see that the wind level 5 can still withstand it, something to fix at the firmware level, because technically it can withstand it. But there are these odd problems of occasional behavior that, in my opinion, make the dji mini 2 even higher, when there is wind than the nano plus apart from the dji mini 2, when the message appears that it is impossible to go home automatically due to strong Wind, but it is often a false message and pressing the return key back home anyway.

There is still something to fix at the firmware level by autel robotics.

https://www.youtube.com/watch?v=DDcchHsn_iA