Great shot but I would want more proof before believing the quoted distance of 1100 meters (approx 1200 yards). The shooter did claim a distance of 1100 in meters and not yards.
We must keep in mind that he was using a camera with zooming features - probably from wide angle to telephoto meaning that what you see in the video is not typical of what your eyes see normally.
For what it's worth, I would never attempt a shot at this distance even though I do use some of the more powerful magnum calibers available.
He mentioned using a 300 WinMag with a bullet of 180 gr (see ref below).
Let's use a Ballistic Calculator and bullet characteristics readily available and see what we come up with:
Caliber: 300 WM
Bullet: 180 gr (.308)
Ballistic Coefficient: 0.511
Sectional Density: 0.271
Muzzle Velocity: 3000 ft/sec (possible)
Sight at: 200 yd
(having problems to post all of the calculator's results here)
A few numbers (not taking into account wind velocity and direction):
Range: 1000 yd
Bullet drop: 277.5" (23 ft)
ComeUp Click: 106 (1/4MOA)
Velocity: 1432 fps
Time of flight: 1.458 sec
Energy in ft/lbs: 820
Range: 1200 yd
Bullet drop: 477.1" (40 ft)
ComeUp Click: 152 (1/4 MOA)
Velocity: 1228 fps
Time of flight: 1.912 sec
Energy in ft/lbs: 602
Recommended Max game weight at this range: 90 lbs
More suspicious than ever but not impossible...... sorry.
Further analysis of the time between the shot and the movement of the moose indicates an earlier minor reaction from the major one......... needs to be investigated further if someone wants to estimate the distance based on this time between the sound of the shot and the initial reaction of the moose. I did an initial analysis and came up from around 1 sec to over 2 depending on what part of the reaction I consider related to the shot. The timing was done using a stop watch with a resolution of 0.01 sec.
I did another set of time measurements and come up with slightly less than an average of 1.8 sec using the main reaction of the moose. Furthermore, the energy of this bullet at 1200 yd would be equivalent to that of a relatively low power handgun at short range.
And not to forget, I see no evidence of ear protectors being worn by this very young girl. I hope that I'm wrong and that she was wearing something as young people are probably more susceptible to ear drum damage than adults??
Duke1
===============================================================================
Ref:
From YouTube:
http://www.youtube.com/watch?v=cWAXQUCv8qo&feature=player_embedded
McMillan MCRT 300 Win. Mag. with a Leupold Mark 4 4.5 - 14 x 50 Scope. 180 grain nosler ballistic tips.
And from the Internet:
http://www.biggameinfo.com/index.aspx?page=%2fbalcalc.ascx
Ballistic calculator .... 1200 yd shot...... not likely
We must keep in mind that he was using a camera with zooming features - probably from wide angle to telephoto meaning that what you see in the video is not typical of what your eyes see normally.
For what it's worth, I would never attempt a shot at this distance even though I do use some of the more powerful magnum calibers available.
He mentioned using a 300 WinMag with a bullet of 180 gr (see ref below).
Let's use a Ballistic Calculator and bullet characteristics readily available and see what we come up with:
Caliber: 300 WM
Bullet: 180 gr (.308)
Ballistic Coefficient: 0.511
Sectional Density: 0.271
Muzzle Velocity: 3000 ft/sec (possible)
Sight at: 200 yd
(having problems to post all of the calculator's results here)
A few numbers (not taking into account wind velocity and direction):
Range: 1000 yd
Bullet drop: 277.5" (23 ft)
ComeUp Click: 106 (1/4MOA)
Velocity: 1432 fps
Time of flight: 1.458 sec
Energy in ft/lbs: 820
Range: 1200 yd
Bullet drop: 477.1" (40 ft)
ComeUp Click: 152 (1/4 MOA)
Velocity: 1228 fps
Time of flight: 1.912 sec
Energy in ft/lbs: 602
Recommended Max game weight at this range: 90 lbs
More suspicious than ever but not impossible...... sorry.
Further analysis of the time between the shot and the movement of the moose indicates an earlier minor reaction from the major one......... needs to be investigated further if someone wants to estimate the distance based on this time between the sound of the shot and the initial reaction of the moose. I did an initial analysis and came up from around 1 sec to over 2 depending on what part of the reaction I consider related to the shot. The timing was done using a stop watch with a resolution of 0.01 sec.
I did another set of time measurements and come up with slightly less than an average of 1.8 sec using the main reaction of the moose. Furthermore, the energy of this bullet at 1200 yd would be equivalent to that of a relatively low power handgun at short range.
And not to forget, I see no evidence of ear protectors being worn by this very young girl. I hope that I'm wrong and that she was wearing something as young people are probably more susceptible to ear drum damage than adults??
Duke1
===============================================================================
Ref:
From YouTube:
http://www.youtube.com/watch?v=cWAXQUCv8qo&feature=player_embedded
McMillan MCRT 300 Win. Mag. with a Leupold Mark 4 4.5 - 14 x 50 Scope. 180 grain nosler ballistic tips.
And from the Internet:
http://www.biggameinfo.com/index.aspx?page=%2fbalcalc.ascx
Ballistic calculator .... 1200 yd shot...... not likely
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