Reducing powder gas leakage leads to increased muzzle velocity.

Body

A more comfortable handguard shape contributes to increased aiming speed.

Barrel

A mechanism that reduces weapon fouling.

Body

Shifts the weapon’s center of gravity, enabling a faster transition to combat stance.

Body

Protects the barrel from wear and tear.

Barrel

Additional heat dissipation safeguards the barrel against thermal deformation.

Barrel

This specialized component seals the barrel at the moment of firing, optimizing the use of powder gas pressure.

Barrel

This modification can only be done once, since it involves replacing the barrel and adjusting parts to accommodate the new ammunition type.

Body

This modification can only be done once, since it involves replacing the barrel to accommodate the new caliber.

Body

This modification can only be done once, since it involves replacing the barrel to accommodate the new caliber.

Body

This modification can only be done once, since it involves replacing the barrel to accommodate the new caliber.

Body

A comfortable head position enables the shooter to hold their breath for longer.

Stock

A barrel attachment designed to reduce spread, improving the lethality of buckshot.

Barrel

The addition of the counterweight enhances stability, reducing spread when firing.

Pistol Grip

A back pad with expanded contact area minimizes unwanted sight sway for the shooter.

Stock

A more comfortable handguard design reduces sight sway when firing from the shoulder.

Handguard

Tailors the gun to the specific characteristics of the human body.

Stock

Reduces bullet deterioration within the barrel to preserve its intended design characteristics.

Barrel

With the addition of a grip pad with finger slots, the weapon offers a comfortable, confident hold, leading to improved control when aiming.

Pistol Grip

The notion of utilizing enhanced alloys as a replacement for steel has demonstrated its value time and again.

Body

Customizing the grip to match the shooter’s hand maximizes comfort when handling the weapon.

Body

Efficient equipment distribution greatly increases carrying capacity.

Barrel

Using lightweight parts reduces weight without compromising reliability.

Body

Enables the bullet to retain energy longer in flight.

Barrel

Incorporating polymers reduces the overall weight of the weapon, making it easier to use.

Pistol Grip

The incorporation of polymer components substantially reduces overall weight.

Body

Swapping the standard stock for a polymer alternative reduces the weapon’s weight without compromising its reliability.

Stock

Improves the weapon’s reliability and introduces an extra layer of security by sealing the receiver.

Body

The stock’s center of gravity is shifted forward to facilitate quicker, more efficient aiming.

Stock

Increases barrel pressure, resulting in increased muzzle velocity.

Barrel

A rifled barrel precludes the use of buckshot, but significantly improves accuracy.

Barrel

The rubberized surface dampens the recoil and enhances the weapon’s grip.

Barrel

Partially dampens recoil.

Pistol Grip

Effectively dampens recoil, providing a smoother shooting experience.

Stock

While stacking additional plates doesn’t enhance bullet resistance, it does contribute to the improved mechanical durability of the vest.

Barrel

Minimizes the gap between the barrel and the bullet to improve the efficiency of barrel gases.

Barrel

Replacing the standard barrel with a titanium alternative results in a noticeable reduction in weight.

Barrel

Replacing the semi-automatic trigger with an automatic one drastically boosts the rate of fire.

Body

Replacing the barrel material mitigates stress from uneven heating, resulting in a slower increase in spread during firing.

Barrel

The wrist rest allows for a quicker return to combat stance.

Pistol Grip