The Hornady FTX bullets have set a new standard in the realm of lever gun ballistics, transforming what was once thought possible with these classic firearms. Lever gun enthusiasts can now experience unprecedented accuracy, power, and long-range performance thanks to the innovative tipped bullet design that remains safe for use in tubular magazines.
Hornady's application of Flex Tip technology extends beyond rifles to handguns as well, addressing common shortcomings seen in typical hollow point pistol bullets. While traditional designs perform adequately at lower velocities, they often expand too quickly when fired from lever action guns—sacrificing penetration needed for effective stopping power. The FTX bullets solve this issue by providing reliable expansion across a wide range of velocities.
At the heart of this innovation is Hornady’s patented Flex Tip® Bullet Technology. Upon impact, the tip compresses into the bullet's core to ensure rapid yet controlled expansion and energy transfer—a combination that creates a devastating temporary cavity even at reduced speeds. This capability ensures superior terminal performance regardless of firing conditions.
The .45 Caliber FTX (45 Colt) exemplifies these advancements with its precise specifications: featuring a diameter of .452 inches and weighing 225 grains, it boasts a ballistic coefficient of .140 and sectional density of .157. These attributes are further enhanced by Hornady’s InterLock® Ring which mechanically binds the core and jacket together for consistent integrity upon impact.
A heavy-jacketed design over the shank works alongside their Ballistically Efficient Secant Ogive profile to maintain optimal aerodynamics during flight. This engineering not only controls expansion but also enhances overall accuracy—delivering some of the flattest trajectories ever achievable from lever guns.
In summary, whether you favor rifles or pistols—or both—the Hornady FTX offers an unparalleled blend of safety and performance made possible through cutting-edge ballistic science paired with practical field applications.