Very good tutorial. Per the number of views it should be now a reference. Just want to mention that in case of failsafe RTH (at distance longer than 50m), the drone flies back 50m before triggering RTH in attempt to get back connection to the RC, In case it doe snot get it back, RTH is triggerred.
Good Job explaining this. Thanks for taking the time for teaching this. It is important to understand the drone behavior in all scenarios. Very helpful brother. Keep up the good job.
Excellent explanation. I fly among a lot a trees for real estate so I seldom use RTH. But it is good to know how it works for when I am out flying for fun in a wide open location. This was helpful. Thanks.
Glad this worked for you. I just crashed my Air 2S after a signal loss this morning, which is what led me to your video. It most certainly did NOT return to home. I just verified that the advanced failsafe setting was set to RTH. Instead it descended and crashed into a tree below. Looks like a total loss...
Very well done, Melvik. Your tutorials just keep getting better and better. Your practice is paying off nicely. I never considered myself a expert on my Air 2s, but I didn't know I didn't know this, but now thanks to you, I do know. You told us what we were going to learn, then you showed us each example. Great teaching. The only way you could have made it better, would have been to add a text description of the 4 different varieties so us visual people would have a image to remember in our head. I look forward to coming to visit you and fly with you. You're so full of knowledge and you're a great teacher. Thanks for everything, Melvik. PS, did you ever find your Mavik 3? Is DJI going to warranty it?
Great informative video, especially for new pilots. As you are flying over water, you might want to consider discussing is use or lack of downward sensors while flying over water.
I fly in that area everyday. I just feel confident with the DJI drones. They never fail unless you have a bird strike or a lose propeller and I always check.
That's concerning on lost signal that if flies 50 meters first before it climbs to 167 feet in case something was 50 meters or taller on return to home. Very interesting!
Russ, the drone flies back from the original trajectory, the exact trajectory that makes it safe and this is an intention to gain reconnection while staying out of trouble. If the drone is unable to reconnect while flies back then is going to gain altitude to return to a home altitude that we set in the setting. I always recommend using more than 200FT. Normally I set 225-250 but to speed up the video I selected 167 (randomly) to make the already long video shorter.
It flies back 50 meters to check if it gets connection (it is wise it can avoid an RTH) if not, then he triggers an RTH. Note that there are additional subtle scenario, nicely detailed at: th-cam.com/video/sm2gQ15tj5U/w-d-xo.html
This exactly what i was looking for, thank you!
Very good tutorial. Per the number of views it should be now a reference. Just want to mention that in case of failsafe RTH (at distance longer than 50m), the drone flies back 50m before triggering RTH in attempt to get back connection to the RC, In case it doe snot get it back, RTH is triggerred.
Jean, Thank you for your comments !!
Good Job explaining this. Thanks for taking the time for teaching this. It is important to understand the drone behavior in all scenarios. Very helpful brother. Keep up the good job.
Excellent explanation. I fly among a lot a trees for real estate so I seldom use RTH. But it is good to know how it works for when I am out flying for fun in a wide open location. This was helpful. Thanks.
Glad this worked for you. I just crashed my Air 2S after a signal loss this morning, which is what led me to your video. It most certainly did NOT return to home. I just verified that the advanced failsafe setting was set to RTH. Instead it descended and crashed into a tree below. Looks like a total loss...
Thanks for the great video, on showing us how the RTH works in different situations.
Very well done, Melvik. Your tutorials just keep getting better and better. Your practice is paying off nicely.
I never considered myself a expert on my Air 2s, but I didn't know I didn't know this, but now thanks to you, I do know.
You told us what we were going to learn, then you showed us each example. Great teaching. The only way you could have made it better, would have been to add a text description of the 4 different varieties so us visual people would have a image to remember in our head.
I look forward to coming to visit you and fly with you. You're so full of knowledge and you're a great teacher.
Thanks for everything, Melvik.
PS, did you ever find your Mavik 3? Is DJI going to warranty it?
Thank you for your words !!!! I never found the Mavic 3 but DJI just send me another one free of charge coming next week since was not pilot error.
Thanks for this guide, it really helps.
Fantastic Video : Cannot wait to see how the Mavic 3 does with this test. Phantomrain
I'm afraid he might have to get a new Mavik 3 before he can show us this.
@@weldersandblaster It coming DJI sending him a new one. Phantomrain
Great informative video, especially for new pilots. As you are flying over water, you might want to consider discussing is use or lack of downward sensors while flying over water.
Perfect Video, but you took a risk doing this over the water, I was like why didn’t you do this on a plain park instead 😊…I don’t have that courage 🤩
I fly in that area everyday. I just feel confident with the DJI drones. They never fail unless you have a bird strike or a lose propeller and I always check.
@@DroneSurf keep it up 👍🏽
Great video, now does it matter if you do not have the landing pad?
I love my Air 2S!
thanks for this video
Thanks to you for commenting.
That's concerning on lost signal that if flies 50 meters first before it climbs to 167 feet in case something was 50 meters or taller on return to home. Very interesting!
Russ, the drone flies back from the original trajectory, the exact trajectory that makes it safe and this is an intention to gain reconnection while staying out of trouble. If the drone is unable to reconnect while flies back then is going to gain altitude to return to a home altitude that we set in the setting. I always recommend using more than 200FT. Normally I set 225-250 but to speed up the video I selected 167 (randomly) to make the already long video shorter.
@@DroneSurf Good answer Melvik.
It flies back 50 meters to check if it gets connection (it is wise it can avoid an RTH) if not, then he triggers an RTH. Note that there are additional subtle scenario, nicely detailed at: th-cam.com/video/sm2gQ15tj5U/w-d-xo.html
very helpful.. thanks. subbed.
I have a problem that whenever I lower the bottom stick, it goes to home land, can anyone solve this problem for me?