Depends on the gun it's being fired from. For example, the effective range of an StG-44 (on semi-auto mode) is about 400 meters, while the M14 has an effective range of nearly 500 meters - even though both rifles use 7.62mm NATO rounds.
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And of course, there are several different 7.62mm cartridges. The 7.62 NATO cartridge mentioned above is capable of traveling several miles (with no significant accuracy) when fired at a high angle- about 44 degrees.
Depends on WHICH 7.62 cartridge, and what it is fired from. There is a 7.62 x 23, 7.62 x 39, 7.62 NATO, 7.62 x 54R, and others. The larger of them, when fired from a rifle at high elevation can travel 4-5 miles (with no accuracy at that range) Accurately- about 1000 meters.
When fired from a .303 rifle, it can travel ABOUT 2.5 miles.
A bullet fired from a .270 can travel about 5 miles. It is accurate to about 900 yards.
5000 ft give or take
@ 18,500 feet
200 yards straight, 2 miles at an angle.
The effective range of a .30-06 Springfield round is typically around 1,000 yards (about 914 meters) for hunting and target shooting, although it can travel much farther under the right conditions. The bullet can reach distances of over 3,000 yards (approximately 2,743 meters) when fired, but accuracy and effectiveness decrease significantly beyond its effective range. Factors such as bullet type, environmental conditions, and shooting technique also influence how far the round can travel.
Its effective range is about 2,000 meters but it can travel up to 6,800 meters.
The distance a 9mm bullet can travel when fired depends on various factors such as the muzzle velocity of the firearm, the angle at which it is fired, and environmental conditions. On average, a 9mm bullet can travel up to 1.5 miles when fired from a handgun and up to 2.5 miles when fired from a rifle.
five hundred yards
To determine how far a 9mm parabellum round will travel when fired at a 45-degree angle, we need to consider factors such as the initial velocity of the bullet (typically around 1,200 feet per second), air resistance, and the effects of gravity. Assuming no air resistance and neglecting other factors, the horizontal distance traveled (range) can be calculated using the formula for projectile motion. However, in practical terms, various external factors can significantly affect the actual distance, which is usually several hundred meters. Thus, the round could theoretically travel between 300 to 500 meters before hitting the ground, depending on the conditions.
as long as the earth's been round!