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- Dec 23, 2015
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- 55
I have never had a battery take longer than 1 minute to update .So 8-10 minutes per battery. I'm guessing it's a good idea to ensure you have at least 50% charge on each before attempting the upgrade.
is there an update on the controler?Just updated latest firmware on P3 and all Batts. Recalibrated the IMU, Compass and Controller before the first test flight.
Zero issues updating.
Depleted one full battery testing new firmware in the back yard at low altitude.
Zero issues inflight.
No real noticeable speed decrease as stated in the update notes.
Flew two more long flights with no issues. (both appox 3400 ft. distance from home)
Transmission signal to iPad Mini 2 was absolutely flawless for 3 full battery flights. Not a single drop out or glitch at anytime.
Now if they'd just up the bit rate of the camera from 60 to 100Mb/s to get rid of that god-awful constant 1 second strobing pulse shooting in bright light..... I'd be happy.
I have one battery I have been having problems with, DJI had me discharge it to under 5% and recharge. I had already updated my a/c but I will need to update this battery when it's charged. Do I need to put the .bin file back in the disk and load with the battery needing updating?
The light on the gimbal will flash red and green . And when it's done it will go to just solid green. It shouldn't take more than 1 minute.How do you know battery has updated?
Yes, definitely. It's about the same in horizontal speed, but it takes longer to get there. It's an acceleration decrease, not a top horizontal speed decrease. However in vertical ascent speed it went from 11mph to 5 or 6mph, definitely a reduction in performance. My tests today were in 55 degree sunny conditions.So has anyone noticed a decrease in speed or RC output power?
So tell me the truth are you suggest to upgrade to the latest firmware or not?Yes, definitely. It's about the same in horizontal speed, but it takes longer to get there. It's an acceleration decrease, not a top horizontal speed decrease. However in vertical ascent speed it went from 11mph to 5 or 6mph, definitely a reduction in performance. My tests today were in 55 degree sunny conditions.
This is highly noticeable when taking off full throttle up and full throttle forward, simultaneously. Like many of us that are very comfortable with our Phantom 3's we take off fast and forward, I do this about half the time after a quick 10-15sec hover to double check things and the test the craft behavior. Usually when taking off full throttle up and forward, the craft would fly out at about 35 degree angle (I'm estimating that). Now it takes off at about 15 or 20 degree angle with the same full up and forward. This is clearly DJI's way to limit the current draw from the battery that could potentially suck the voltage down below 3V, especially in cold weather conditions.
They apparently must avoid scenarios when the battery voltage goes below 3V. This indicates DJI has left in the default trigger for the battery to shut off if the battery gets below 3V, which IMHO is absurd while flying. I noticed there was no announcement that stated DJI removed the battery protection "feature". I'm curious why they believe they need this safeguard from potentially harming the battery? Warranty concerns? Maybe. So would DJI rather have the craft fall from the sky, potentially harming someone? That makes no sense.
Maybe they need the battery to shut off automatically in case you accidentally leave the battery on and store the craft overnight in the case, unknowingly draining the battery to zero. That could harm the battery obviously, if let on like that. So they put in this battery protection, overlooking the possibility it could make birds fall from the sky! The only problem is the battery intelligence is apparently not smart enough to determine if the battery is flying. If it did, it could have an override to NEVER SHUT OFF THE BATTERY if flying. Wouldn't that seems logical to minimize liability?
DJI reducing performance is a band-aid on this problem, they still haven't fixed the root problem correctly, IMHO. If they would create an "IF THIS, THEN THIS OCCURS" algorithm, it would seem more logical that "if flying" , "then" if the voltage creeps below 3V the controller would flash a RED WARNING signal over the video display saying "OVER DISCHARGE DANGER" and have an audible voice warranty saying "BATTERY LOW, RETURNING TO HOME", which of course could be over-ridden, but it would clue you in that the battery is in danger so you'll "lighten up on the throttle". I would think this solution would a much better way to solve the problem, versus shutting the battery off mid-flight.
seriously? where do you live that sounds a bit unfair to meGreat! My city has a No-Drone law. I can only fly a drone in my yard as long as it's not capable of 'surveillance'. Meaning, legally I cannot fly a P3P with camera at all in my town (yard or not).
So tell me the truth are you suggest to upgrade to the latest firmware or not?
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