Halle-bloody-lujah !What about the only thing that matters...putting the shot in the right place...where the clay is going!!!
DT
Halle-bloody-lujah !What about the only thing that matters...putting the shot in the right place...where the clay is going!!!
This is due to a pellet hitting the clay but only causing a fracture, often this won't be enough to cause a break but will on occasion lead to the spinning clay ripping itself apart a few yards on giving the impression of a last pellet cavalry save by the str........i...........ng.Emmsy said:so why on some long targets can you fire and then notice a delay before the target breaks?
Hmmm... The guy asks to his mind a very valid question he deserves an answer that makes at least some sense... no?Emmsy said:so why on some long targets can you fire and then notice a delay before the target breaks?
To me the answer is fairly obvious, but I may be missing something. Of course there is going to be a delay between firing and seeing the target break - the target is a long way away, hence the amount of lead you give it you need to give time for the shot to arrive. Lets say the shot has to travel 60m to the target and the shot string is 3m long at that range. It would take 20 times longer for the shot to reach the target than it does for the entire shot to pass the target when it actually gets there.Emmsy said:so why on some long targets can you fire and then notice a delay before the target breaks?
the moon's gravity would surely only have an effect if your shooting at night. I'm with Bryan on this one. What about the effect of the moon's gravity on the shot string??? What about shot density? What about what you've had for breakfast?
Or
What about the only thing that matters...putting the shot in the right place...where the clay is going!!!
I assume that a full moon will have more effect than a half moon - but what happens if it is a cloudy night?the moon's gravity would surely only have an effect if your shooting at night
He got one!!! Learn to read...Hmmm... The guy asks to his mind a very valid question he deserves an answer that makes at least some sense... no?
And if you are a Werewolf !the moon's gravity would surely only have an effect if your shooting at night
like i said. Cos its a long way away can't be more succinct than that.To me the answer is fairly obvious, but I may be missing something. Of course there is going to be a delay between firing and seeing the target break - the target is a long way away, hence the amount of lead you give it you need to give time for the shot to arrive. Lets say the shot has to travel 60m to the target and the shot string is 3m long at that range. It would take 20 times longer for the shot to reach the target than it does for the entire shot to pass the target when it actually gets there.
Look at it another way - how much lead do you give a target that is only 3m away from the end of your barrel?
Errr.. with respect mate, that's a confused statement. If you are the shooter, the sound is heard instantly (because its right by you) and the vision of the clay is effectively instant because light is so fast. The only reason a clay can take time to break is because the shot takes a while to get there. (OK, sometimes you can damage a clay and it takes a moment to fall apart, but that's not what we are talking about here).The reason for the delay in seeing a long range target break is the difference between the speed of sound and the speed of light. If you watch someone pigeon shooting for example from a distance you will see the puff of feathers as the shot hits the pigeon and then you will hear the sound of the shot.
The further away that you are the longer the interval between sight and sound.
What do they say in the army? It's the shot that you don't hear that kills you!!
If you do `the maths` you will see that the shot passes the clay so fast (by comparison with the clays speed) that shot-string length is effectively academic.
It takes about 0.007 of a second for a 10 foot long string to pass a clay. If the clay is crossing at 30mph it will move just 0.3" (or 8mm) in that time, so effectively a shot pattern is two dimensional in all reality.
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