In the world of shooting sports, managing recoil is more than just a matter of comfort—it’s a critical factor that impacts accuracy, endurance, and performance. FalconStrike’s hydraulic recoil pads are designed to revolutionize the way we handle recoil by leveraging advanced physics. Let’s dive into the science behind this game-changing technology.
The Problem with Recoil
Recoil is a direct result of Newton’s Third Law of Motion: For every action, there is an equal and opposite reaction.When a firearm is discharged, the expanding gases from the ignited gunpowder propel the bullet forward. At the same time, the firearm is pushed backward with an equal amount of force. This backward force is what we experience as recoil.
Recoil energy is transferred to the shooter’s shoulder, which can cause discomfort, fatigue, and even injury over time. Additionally, the abrupt force can disrupt your aim, robbing you of accuracy and confidence.
Traditional Recoil Management
Most traditional Rubber-Only recoil pads attempt to mitigate this force using foam or rubbery materials. While these materials decrease peak force somewhat, they don’t appreciably reduce the total energy transmitted to the shooter. As a result, shooters still feel a concentrated impact on their shoulder.
How FalconStrike’s Hydraulic Technology Works
FalconStrike takes recoil management to a whole new level by utilizing a hydraulic shock absorbing invention inspired by aerospace technology. Here’s how it works, step by step:
- Force Equalization:The initial action of the fluid-filled chamber flows to match the shooter’s body and push equally over the entire contact area. When the recoil begins, the fluid flows to fill the shooter’s nooks and crannies to push equally all over.
- Load Area maximization:As the pressure builds within the hydraulic bladder, the edges of the bladder roll out sideways to produce 10 – 12% more contact area. The edge of the advancing bladder rolls up on top of the shock wave as it propagates through the shooter’s shoulder. The system cradles you, you don’t wrap yourself around the corner of the gun.
- Energy Dissipation:The patented high-performance shock absorber contained within Falcon Strike converts a substantial portion of the recoil energy to heat. This translates to reduced muzzle rise, less rock-back, less fatigue, more enjoyment, and, best of all, better scores.
The Physics in Action
The core physics principles at work in FalconStrike’s technology include:
- Fluid Dynamics:The Hydraulic Shock Absorber in Falcon Strike comprises of a series of thin fluid films flowing outwards across the face of multiple plates. When force is applied to compress the pad, the molecular friction of the flow converts energy to heat. This energy conversion greatly reduces recoil energy transmitted to the shooter.
- Thermodynamics:
The Hydraulic Shock Absorber in Falcon Strike converts movement into heat within the pad instead of within the shooter. The law of conservation of energy states that since a lot of the energy is removed before the shooter, recoil transmitted to the shooter must be reduced by the same amount. - Force Distribution:
The fluid in the Patented FalconStrike Hydraulic bladder equalizes point loading by flowing to push equally above, at and below the collar bone, and circumventing the edge of the rotator cuff. Also, by chasing the shockwave as it is rolls out sideways, the recoil force is distributed equally over a wider area. - Impulse Transfer Reduction.The reduction of total energy transmitted to the shooter translates into less muzzle rise, less sight picture disruption, less fatigue, and better overall performance.
The Benefits of Hydraulic Recoil Pads
Understanding the physics behind FalconStrike’s technology reveals why it outperforms Rubber-Only recoil pads in several key areas:
- Reduced Perceived Recoil:
The combination of energy absorption, dissipation, and distribution makes the recoil feel softer and less jarring. - Improved Accuracy:
With less disruptive recoil, shooters can maintain their aim and recover more quickly between shots. - Enhanced Comfort and Endurance:
By minimizing shoulder impact, FalconStrike allows shooters to stay on the range or in the field longer without fatigue. - Consistency Over Time:
Unlike foam pads that degrade and lose effectiveness, hydraulic systems maintain their performance shot after shot.
Why FalconStrike is the Future
FalconStrike’s hydraulic technology isn’t just a step forward—it’s a leap. By applying advanced principles of physics, these pads deliver unparalleled recoil management. Whether you’re a competitive shooter, a hunter, or simply someone who values comfort and precision, FalconStrike’s hydraulic recoil pads provide a tangible performance edge.
