Ballistic Shell Fired In Slow Motion
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All Comments (333)
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wow look at the wave around the shell
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@unapro3 antiamericans are just jealous lazy pricks with no will to succeed... cheers numbnuts.
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Almost. Usually the mirror simply spins at a pre-programmed rate. You know where the camera is. You know how fast the projectile will be going (within reason). Therefore, you know how fast the mirror needs to spin. Much simpler/cheaper than anything like a radar tracker.
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great shot of the sonic wave distortion
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look at them 2 supersonic cones
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That was ef'n Awesome!
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@leokolln What about focus???.. its not a constant distance from either the camera or the mirror from the look.
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@themasonaux It's just a mirror that turns at a pre-calculed speed and trajectory, the camera hold still... No so hard!
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@unapro3 I I I....I have you stuttering. LOL. Not even close to the best I have but obviously enough to get a rise out of a mental midget Aussie like you.
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@ProPainC63 "I hear hear there is a kangeroo race" Bwahahahaha, are you serious? that's the best you have? Bwahahaha, gotta love dumb fuck Americans.
in this video, the camera tracks the round after exiting the barrel. i understand that a high-speed camera can view high velocity objects because of the high rate of frames per second, but who or what was moving the camera fast enough to actually track the round upon being fired?
themasonaux 8 months ago 42
I read in the comments on a similar vid that the camera stays still and a mirror reflects the image and the mirror aims on the shell using a radar tracker.
poopipeplunger 8 months ago 16