P 44 Cal (.430) 240gr Hornady XTP 100's

Projectile 44 Cal (.430) 240gr Hornady XTP 100's

Hornady XTP Bullets are designed for high performance, high pressure hunting and defensive applications. The XTP Hollowpoint offers controlled expansion across a great range of velocities, to 1.5 times the original diameter of the bullet. A heavier than usual jacket is used to ensure that the bullet stands up to the higher pressures assosciated with hunting and defensive loads.

Specifications and Features:
Hornady XTP Hollow Point Bullet
Bullet Weight: 240 Grains
Bullet Diameter: .430″
Controlled expansion to 1.5x original diameter over a wide range of velocities
Heavy jacket for high pressure handgun cartridges
Ballistic coefficient: 0.205
Sectional density: 0.185

XTP pistol bullets continue to set the standard as the bullet of choice for hunters and law enforcement officers who understand the value of a pistol bullet which will perform over a wide range of handgun velocities. Most pistol bullets are designed to work only at a factory specified velocity and a specific range. At these predetermined specifications, the bullets work just fine. But when bullet velocity begins to change, surprises can happen. Many factors cause velocities to change-gun type, barrel length, distance to target, barriers and more. That’s why you need a bullet that you can depend on to perform over a wide range of velocities. You need the XTP.

Unlike traditional pistol bullets, XTP bullets are designed to expand with control at a wide range of handgun velocities. They hold together, expand properly and provide the kind of deep, terminal penetration you need for any shooting situation. No other handgun bullet expands with so much control over so wide a range of velocities as the XTP.

CONTROLLED EXPANSION AT ALL PRACTICAL HANDGUN VELOCITIES 1. On impact, the strategically designed jacket and hollow point begin to initiate expansion, even at velocities as low as 800 fps. 2. The copper jacket begins to fold back behind the leading edge of the expanding lead core. The leading edge does the work as the bullet penetrates its target. 3. The bullet holds its diameter as it continues to fold back on itself in the classic mushroom shape, and meets increasing resistance from the growing thickness of the copper jacket. 4. Expansion is finally arrested. The thick base prevents over-expansion and separation – even at velocities as high as 1800 fps.