The Hornady Bore Driver® Bullets stand at the forefront of muzzleloader performance, engineered for those who demand precision and power in every shot. Simplicity in loading meets superior ballistic design, making these projectiles a formidable choice for hunters and enthusiasts alike.
At the core of this innovative system is a polymer base—not to be confused with traditional sabots—that ensures an impeccable seal within the bore. This critical feature enhances energy transfer directly into your target, maximizing both accuracy and impact force. The result? A projectile that delivers unparalleled consistency from shot to shot.
Sitting atop this robust foundation is either an ELD-X® or FTX® bullet, each meticulously crafted for optimal performance. These bullets boast a rugged gilding metal jacket designed to withstand high velocities while maintaining structural integrity upon impact. Coupled with advanced polymer tip technology, they pierce through air resistance with ease, ensuring flat trajectories over extended distances.
Integral to their lethal efficiency is the InterLock® ring—a signature innovation by Hornady—which secures the core and jacket together during expansion. This guarantees deep penetration coupled with controlled expansion, delivering devastating terminal ballistics essential for ethical hunting outcomes.
In summary, whether you're on a quest for game or honing your skills at the range, Hornady Bore Driver® Bullets are engineered not just as ammunition but as instruments of precision that elevate your muzzleloading experience to new heights.
Features
- 340 grain projectile
- without a sabot, the bore driver seats quickly and easily
- interlock ring that helps retain bullet weight upon impact
- the polymer tip drives into the lead core like a wedge, initiating lightning-fast, yet controlled expansion
- the polymer base features a post that fits into the bottom of the bullet. this post swells in diameter at ignition for better torque engagement from inside the bullet to maximize energy transmission.