I have spent literally hundreds of hours collecting the information in this blog post. I created it because other recoil databases I found online are dated and do not have the depth of research to truly compare cartridges apples-to-apples.
For those of you who are new to firearms, let’s discuss the basics of what recoil is before we look at the data.
Recoil is the force of a gun pushing back against the shooter when a bullet is fired. It is commonly called a gun’s “kick.” More recoil is created when more powerful powder loads and lighter-weight firearms are used. Recoil is measured by free recoil energy, and recoil velocity.
Selecting a rifle and cartridge combination which does not produce too much recoil for the shooters is critical to being able to shoot accurately without developing a flinch.
Without further ado, I give you… the rifle recoil database!
Rifle Recoil Table
|Cartridge||Free Recoil Energy (Ft-lbs)||Recoil Velocity (FPS)|
|.223 / 5.56||4.98||6.34|
|.240 Weatherby Magnum||12.17||9.74|
|.257 Weatherby Magnum||19.14||12.18|
|.264 Winchester Magnum||16.87||11.39|
|6.5 Weatherby RPM||19.81||12.35|
|6.5 x 55 Swedish Mauser||10.99||9.20|
|6.5-284 Norma Match||14.28||10.49|
|6.5-300 Weatherby Magnum||23.61||13.48|
|.270 Weatherby Magnum||22.60||13.17|
|6.8 Remington SPC||6.80||7.23|
|.280 Ackley Improved||17.90||11.71|
|7mm Rem Mag||22.39||13.10|
|7mm Weatherby Magnum||24.88||13.80|
|.30-378 Weatherby Magnum||44.73||18.18|
|.300 Ruger (RCM)||21.11||12.49|
|.300 Weatherby Magnum||26.76||14.06|
|.300 Winchester Magnum||29.22||14.69|
|7.62 x 39mm||6.55||6.96|
|.338 Lapua Magnum||34.68||14.81|
|.338 Win Mag||28.07||13.33|
|.338-378 Weatherby Magnum||44.25||16.73|
|.340 Weatherby Magnum||33.27||14.51|
|9.3 x 62mm Mauser||27.85||13.16|
|.375 H&H Magnum||36.06||14.94|
|.378 Weatherby Magnum||57.73||18.90|
|.416 Remington Magnum||49.78||17.06|
|.458 Win Mag||55.07||17.87|
How Rifle Recoil is Calculated
The formula for determining the free recoil energy of a firearm is (Rifle Weight in Pounds/64.34) *(Recoil Velocity in FPS^2). This formula relies on the formula for recoil velocity, which is simply (Bullet Weight In Grains * Muzzle Velocity in FPS + Powder Charge in Grains * Muzzle Velocity * 1.75)/(7000 * Rifle Weight in Pounds).
The trouble with this formula is that most people don’t know the powder charge unless they hand load their own ammunition, and all of the other number depend on several factors. This makes it tough to figure out the recoil of a rifle unless you look up a lot of other information first.
About Backfire’s Rifle Recoil Table: How we perform calculations
- Analyze over a dozen models of rifles chambered in each cartridge to determine the average rifle weight to put in the formula. If you’re shooting a particularly light or heavy firearm, you’ll need to do a separate calculation, but this will be a fair comparison of what the rifle weight normally is. Most recoil tables simply use a 9 lbs firearm for all calculations, but this leads to crazy results for the lightweight 22lr and the heavyweight 50BMG. Also, we include scope and other common accessories to get a realistic field rifle weight.
- Normalize powder charges within each caliber to make a fair comparison. You can load a 7 Rem Mag with Retumbo or H4350, but the amounts will be different. We keep powder charges consistent to reality within each caliber of firearm.
- Average over 6 common loads for each cartridge to determine realistic muzzle velocities to include in the formula. Most recoil tables take the muzzle velocity on the box at face value, but we all know that’s rarely accurate–especially if you shoot a shorter barrel length. If you see our recoil numbers are usually just a little less than what you see elsewhere on the web, it’s likely because we’re using more precise averages of muzzle velocities across a variety of common loads for each cartridge.
- Consider multiple loads for each cartridge to determine a fair average of bullet weights for that cartridge, and caliber.
How Much Recoil Is Too Much Recoil?
Just seeing a list of recoil numbers is helpful, but it can still be difficult to know what that feels like in reality. Hopefully, the following comparison of some of the most popular cartridges today will be helpful.
- The.243 Winchester’s recoil produces 8.89 ft-lbs of energy at a recoil velocity of 8.89 fps. That amount of recoil is low enough that even youth shooters have no problem shooting the cartridge. It feels more like a sudden vibration than actual kick.
- The 6.5 Creedmoor produces 8.89 ft-lbs of energy at a recoil velocity of 8.83 fps in an average-weight rifle. It is considered to have very mild recoil, which many youth shooters and all adult shooters can generally shoot without any flinch or pain.
- The 6.5 PRC generates 15.74 ft-lbs of energy at a recoil velocity of 11.01 fps. Its recoil is noticeable, but most adult shooters consider it sufficiently mild as to not require a muzzle break or suppressor. It has very similar recoil to the 7mm-08, but less than the .270 Winchester.
- The .270 Winchester’s recoil produces 16.29 ft-lbs of energy and 11.19 fps of recoil velocity. Most people consider the .270 a moderate-recoiling cartridge that can push the shooter off target during the shot, but is not enough to cause pain in the average adult shooter.
- The 7mm-08 Remington’s recoil produces 14.52 ft-lbs of energy at a velocity of 11.19 fps. Because of its mild recoil, it is often recommended as a good hunting cartridge for youth and small-framed shooters.
- The 7mm Remington Mag generates significant recoil of 22.39 ft-lbs at 13.1 fps. Smaller-framed or young shooters generally consider the cartridge as having high recoil, but its recoil is manageable for experienced large-framed shooters to be able to shoot it regularly.
- The .28 Nosler produces a sharp, powerful recoil which most shooters find to be too much unless they shoot with a muzzle break or suppressor. It produces 26.99 ft-lbs of recoil energy at a velocity of 14.38 fps. Because of its recoil, a .28 Nosler should generally only be shot out of heavier rifles.
- The .30-06 cartridge has a strong but not particularly sharp recoil. It generates 16.74 ft-lbs of energy at 11.12 fps. In a well-designed rifle and stock, the .30-06 recoil is acceptable for most adult shooters, but in many older rifles with poorly-designed stocks, the recoil can feel too powerful.
- The .50BMG produces a tremendous amount of recoil, measuring at 82.06 ft-lbs of energy. Although the recoil energy is significant, it moves relatively slow at 11.83. Additionally, the .50 BMG is almost always shot with a massive muzzle brake which can reduce the recoil by 50%.
Reducing the Recoil of Your Rifle
I have tried many different methods for reducing the recoil of cartridges that are too powerful. The most common method that shooters choose is to simply add a muzzle brake. This can reduce the recoil between 20% and 50% depending on the size and effectiveness of the brake. Personally, I hate muzzle brakes and don’t use them at all anymore.
The problem with muzzle brakes is that they increase the volume of the gunshot significantly. Even with foam earplugs or earmuffs, the sound can still be loud enough to make ears ring. When I shoot muzzle brakes, I use both earplugs as well as muffs in order to protect my hearing.
Muzzle brakes come in two basic varieties: radial port and side-port. A radial-port brake has holes all around the sides which can make it more effective, but sends out a blast of dust when shot near the ground because it blasts down and not just to the sides.
My preferred method for reducing recoil is using a silencer (suppressor, if you will). A silencer can reduce a firearm’s recoil up to 45% while also making the gunshot quieter. While I still use hearing protection with a silencer, it makes the sound more tolerable.
An additional method to reduce the recoil of a firearm is to use “downloaded” rounds. Handloaders can simply put less powder in the cartridge, but even those who purchase factory ammunition can often find “reduced recoil” loads which can reduce the recoil by approximately 10%.