How far will a 9 mm bullet travel through water?

Most hand guns like the 9mm will penetrate the water up to 7 feet. If you are deeper than 8 feet, you probably be safe from someone who is firing at you from outside of the water with a handgun. Long Range Rifles: Bullet travel much faster when fired from a high powered rifle than a handgun .

How far will a 5.56 bullet travel in water?

Hiding underwater can stop bullets from hitting you. All supersonic bullets (up to . 50-caliber) disintegrated in less than 3 feet (90 cm) of water, but slower velocity bullets, like pistol rounds, need up to 8 feet (2.4 m) of water to slow to non-lethal speeds.

How far will a bullet travel under water?

Typical bullets can travel just a few feet through the water before they’re slowed to a stop. CAV-X bullets can reportedly travel 60 meters underwater, and can go through 2 centimeters of steel fired from 17 meters away, indicating that it could even be used to penetrate submarines.

How far will a 30 06 Travel in water?

“The benefit of boat-tailing at very long range can be demonstrated by two . 30-06 bullets, both weighing 180 grains (11.7 g) and fired at 2,700 fps (823 m/s). At sea level, the flat-based bullet will travel a maximum of 3,800 m, the boat-tail 5,200 M.”

How do underwater bullets work?

Because standard bullet ammunition does not work well underwater, a common feature of underwater firearms is that they fire flechettes instead of standard bullets. Rather, the fired projectile maintains its ballistic trajectory underwater by hydrodynamic effects.

Can bullets go through water Saving Private Ryan?

What happens when a bullet hits water?

Water is 800\% more dense than air, so unlike a bullet fired above the surface, once the bullet hits the water it immediately begins slowing down, the Science Channel explains. And instead of barreling towards Wahl, the bullet slows and falls to the bottom of the pool.

How far can a 306 bullet travel?

With its original 150-grain spire point bullet at 2,700 fps, the Springfield . 30/06 was certified for an extreme reach of 4.75 miles, an effective firing range of 1,000 yards.

How far does a 22 rifle bullet travel?

A 22 LR bullet is capable of traveling 2,000 yards (1,800 m), which is more than 1 mile (1.6 km).

How much does water slow a bullet?

It depends. Hiding underwater can stop bullets from hitting you. All supersonic bullets (up to . 50-caliber) disintegrated in less than 3 feet (90 cm) of water, but slower velocity bullets, like pistol rounds, need up to 8 feet (2.4 m) of water to slow to non-lethal speeds.

How far will a bullet travel in space?

The range of a weapon in space actually depends on the local gravitational field. A bullet fired in Low Earth Orbit (LEO) would travel at between 6–8 km/sec depending on the parameters of the orbital platform where you fired from. The bullet isn’t going to go significantly faster (a rifle bullet from a .

How far can a 243 rifle shoot?

Common commercial 243 bullets can weigh between 55 and 110 grains and would have a range of about 2 miles depending on the trajectory. The practical range is as much as 1000 yards..

How far can a bullet travel in water?

The bullet travels until it hits the bottom, period! If you are asking how far a bullet can travel in water and still make a serious wound in your body, the answer is approximately 3 feet +or – depending on the density of the water. Salt water is more dense than fresh water.

What is the drag force of water on a bullet?

As you can clearly see from the formula, the drag force (F D) of water is directly proportional to the speed of the bullet (v). This means that the higher the speed of the bullet, the more opposition will be offered by the water against the movement. Precisely!

Does water slow down a bullet?

For instance, the density of water is higher than air, so a bullet will slow down much more quickly in water. A TV show has tested this in reality! Mythbusters, a popular Discovery Channel program, tested the “bullet-proof” ability of water in one of its episodes.

How do you calculate the drag coefficient of a bullet?

Where (v0x) is its starting speed, (h) is the height it’s fired from and (g) is the acceleration due to gravity. This formula incorporates drag: x = vx0t − CρAv2 t2 ÷ 2m. Here, (C) is the drag coefficient of the bullet, (ρ) is the air density, (A) is the area of the bullet, (t) is the time of flight and (m) is the mass of the bullet.