Gun Recoil Pads & Custom Shotgun Recoil Reducers
If you're looking for the best American-made gun recoil pads or shotgun recoil reducer, you have come to the right place. Nothing can match the craftsmanship, effectiveness or quality of a KICK-EEZ® custom recoil pad. Our thick recoil pads dramatically reduce vibration, while our shotgun adjustable recoil pads can vanquish recoil shock.
We guarantee at least a 70% reduction in recoil. KICK-EEZ® will stop all internal vibration in less than one second and the closest times any of our competitors can produce is 1.8 seconds.
Using the amazing technology of Sorbothane, nothing comes close to the material's effectiveness in a custom recoil pad. Sorbothane is used by NASA as protection for their space shuttles. If an institution like NASA uses Sorbothane to protect the lives of courageous Americans, why shouldn't you have access to that same dependable material? KICK-EEZ® proudly offers shotgun adjustable recoil pads and custom recoil pads that use this technology.
Other products are generally kinetic rubber, or a type of gel compound and neither of these materials are even remotely as effective as KICK-EEZ® in recoil reduction or vibration isolation. Do not be misled by recent charts and claims that show measurements of "felt recoil". Felt recoil is a personal interpretation and cannot be measured by any instruments.
There is absolutely no debate; just look at the facts. Sorbothane is used by NASA in protecting their space shuttles. A company with the money to research as many materials as possible to protect the lives of Americans as well as multi-billion dollar space shuttles chose Sorbothane. No chart can match that kind of endorsement.
Click on the pad image for more information and to order your pads online!
"SPECIAL" Grind-To-Fit Pad
This pad was designed with an elliptical hole especially for those difficult to fit stocks such as Benelli (including synthetic), the Browning Gold, the Beretta 390, and many other problem fittings.
"MAGNUM" Grind-To-Fit Pad
Originally designed for use on extra large bore guns, but is suitable for any gun to tame heavy recoil. It has a basically flat back and is canted downward on both ends for easy shouldering.
"ALL PURPOSE" Grind-To-Fit Pad
Originally designed for use on extra large bore guns, but is suitable for any gun to tame heavy recoil. It has a basically flat back and is canted downward on both ends for easy shouldering.
"JUNIOR" Grind-To-Fit Pad
This pad was designed to accommodate stocks that have been shortened. The screw holes are spaced only 2 3/4" apart which allows for trouble-free mounting.
"ROCKER" Grind-To-Fit Pad
This new design lets the recoil pad mount more consistently to the same pocket area and naturally will not dig into your shoulder because of the tapered toe and face design of the pad.
"MODIFIED TRAP" Grind-To-Fit Pad
The revolutionary design of this pad is slightly concave with a blast finish on the face. It gives you 100% contact with your shoulder, eliminating pressure points. Also, the design allows you to shoulder the pad in the same position every time. This pad is a good choice for all shooting applications.
"SPORTING CLAY" Grind-To-Fit Pad
Sporting clay pads have basically the same contour lines as the All Purpose pads except the Sporting Clay pads have the heel canted at approximately 45 degrees to allow easier shouldering from the "low gun" position.
"TRAP" Grind-To-Fit Pad
This pad has a concave face and was designed especially for "Fixed Position" trapshooting.
"ALL PURPOSE" Dual-Action
Same as our Standard All Purpose except the Dual-Action combines two layers of Sorbothane®. The first ultra-soft layer reacts to absorb recoil fast for increased accuracy and the second layer dissipates energy and completes maximum recoil absorption.
"SPORTING CLAY" Dual-Action
Same as our Standard Sporting Clay Pad except the Dual-Action combines two layers of Sorbothane®. The first ultra-soft layer reacts to absorb recoil fast for increased accuracy and the second layer dissipates energy and completes maximum recoil absorption.