It's an emergency shut off for mid flight, say maybe if it was flying away on you or maybe if a low flying aircraft suddenly came up on your position.
To avoid a fly away or a mid air collision.I understand the stick inputs shouldn't be used during normal flight, and I also understand this is 100% my fault. The question is whether it is necessary at all for these to work at altitude. I've been using the auto take-off and landing function, I understand some prefer to start/stop the motors with CSC while on the ground. But why do they need to work at all during flight? Just trying to find a reason, thought maybe someone had executed intentionally so I could understand. The free fall is the only thing mentioned so far. Thanks for your input every.
So flying full speed backwards and rolling left while rotating and descending full speed all at the same time? Only if you're trying to create a vomit inducing video.What about this situation...
Flying the phantom backwards at high speeds while filming to prevent props in the shot. The right stick is pretty much in the CSC position (assuming that you're correcting the path of the phantom left or right while flying). Now, if you need to adjust your height (lower) or rotate the phantom, wouldn't it be possible to accidentally execute a CSC?
So flying full speed backwards and rolling left while rotating and descending full speed all at the same time? Only if you're trying to create a vomit inducing video.
Nah, you have to keep the sticks in the CSC position for more than a second. Its a very deliberate move. Any deviation, even by a degree, will cancel CSC. Go mimic it over a field, I bet you can't do it without trying (or just randomly jamming sticks with no purpose).Yes... kind of. I'm picturing filming a wakeboarder - with the phantom flying backwards and in front of the rider. In order to keep up with the boat (24-26mph), the phantom will probably be going full speed. Having to maintain this speed to stay with the rider, then if you make the adjustment to move the phantom left or right (into or further away from the wake), this puts the right stick in the CSC position - which I think would be very easy to do in this situation. Or if you're flying the phantom next to the rider 'diagonally' (not quite straight backwards - this will put the right stick in a CSC position) and using the left stick to rotate the phantom to keep the rider in frame would make it easy to accidentally execute a CSC.
But yes, descending at full speed probably wouldn't happen - unless you accidentally move the left stick a bit too far - even for a split second. You don't have to hold the CSC position for any length of time. As soon as the CSC position is hit by both sticks, the motors stop (well, maybe a second?).
I've followed a rider before, and was very careful to pay attention to how I had the controls. I was aware of how close each stick was to their respective CSC positions.
When I first got my phantom, I accidentally did a CSC and learned the hard way. I was pretty sure that I didn't hold the sticks very long in that position, so I decided to do a test and found that it shut the motors off pretty quick (maybe a second? - but I don't think it was as long as it takes to start the motors).Nah, you have to keep the sticks in the CSC position for more than a second. Its a very deliberate move. Any deviation, even by a degree, will cancel CSC. Go mimic it over a field, I bet you can't do it without trying (or just randomly jamming sticks with no purpose).
Jeeze,
You're going to fabricate some hypothetical situation to support your arguement???
Ok, now what?
Better to describe an actual flight in which you nearly 'accidentally' executed CSC.
I have thought about it many times and I dont see any way to accidentally to make it happen in flight.
Unless you had no idea what the sticks do.
I've seen the guys video when he did it to bring it down from 6000+ feet. Probably the only real use for it.
I posted it here but it appears the video has been made private.Please post the link!![]()
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