Thanks. And of course, I just sold my PC because we do everything on our phones now. We actually hadn't touched it in months. Time for a cheap laptop I guess.The vision sensors help with horizontal position accuracy when close to the ground and with obstacle avoidance and yes, I believe it can only be accomplished with a PC or a Mac. I have had to do it once in over two years. Not too hard to do, although some have had problems i think related to the monitor.
Be careful, the laptop monitor may be too small but I’m not sure. I know folks have had a number of issues with monitor size.Thanks. And of course, I just sold my PC because we do everything on our phones now. We actually hadn't touched it in months. Time for a cheap laptop I guess.
It's a matter of resolution not screen size. 1280x720 seems to work for most.Be careful, the laptop monitor may be too small but I’m not sure. I know folks have had a number of issues with monitor size.
Even thought it is a 4K screen, you ca temporarily change your resolution to the 1280x720, do your maintenance, then change it back to 4k. Or buy a cheap screen to plug in just when you want to do this type of operation. I have three screens, two are set to 4k and one for standard res for older software and issues like this.Definitely needs doing if asked for or fly blind.
A small low res screen is more likely to work than big 4K monitor.
I had to abandon my PC and use an old 17" laptop.
The process entails holding the drone at exactly the optimum distance from the screen and then pointing each sensor in turn at the screen and following around the screen square to square. After the final sensor has followed the course the program calculates the deviation of the sensors from whats expected. After the calculation which can take several minutes. The drone firmware is updated and your avoidance sensors should no longer bee boss-eyed.
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