This test has probably been done by the others before but I haven't come across any reports yet.
Today I made my M2P hovering about 1 meter above the ground until the battery dropped to 0% and then I kept it hovering until I felt uncomfortable which is about one minute afterwards.
Upon checking the flight log ( attached ). This is what I get :
It turns out that 0% refers to the point where the battery voltage starts to drop more rapidly. In the test the drone was forced to keep hovering for 77 seconds after the battery has dropped to 0%. At the end of the flight, the battery voltage was about 3.5 volts.
I read from the internet that it is safe to discharge LiPo battery to 3V but I have to admit that I have not done a very thorough search so I am not sure whether the information is reliable. If this is true then it will be perfectly safe to discharge the battery of M2 to 0% which corresponds to about 3.6 V.
What do you guys think ?
Today I made my M2P hovering about 1 meter above the ground until the battery dropped to 0% and then I kept it hovering until I felt uncomfortable which is about one minute afterwards.
Upon checking the flight log ( attached ). This is what I get :
It turns out that 0% refers to the point where the battery voltage starts to drop more rapidly. In the test the drone was forced to keep hovering for 77 seconds after the battery has dropped to 0%. At the end of the flight, the battery voltage was about 3.5 volts.
I read from the internet that it is safe to discharge LiPo battery to 3V but I have to admit that I have not done a very thorough search so I am not sure whether the information is reliable. If this is true then it will be perfectly safe to discharge the battery of M2 to 0% which corresponds to about 3.6 V.
What do you guys think ?