#Muzzle loader driver#

To make the undersized bullet work, a sabot is installed onto the base of the bullet. This type of bullet is also undersized for the barrel bore (i.e.50-caliber rifle/.45-caliber bullet).

#Muzzle loader driver#

50 caliber “looks-like-a-sabot-bullet-but-isn’t” bullet that incorporates the same focused development and manufacturing processes imbued in all Hornady precision ammunition.Īs you can see from the above illustrations, the Bore Driver FTX may look like a typical sabot muzzleloader bullet from the outside, but the cutaway view reveals that the bullet’s complex construction and atypical design make it anything but.Ĭonventional copper/lead muzzleloader bullets feature a straight shaft that terminates with a solid, flat base. The result is the all-new Bore Driver FTX, a. Throughout the development of this new muzzleloader bullet, Hornady engineers hewed to the company’s core principles: accurate, deadly, and dependable. 17 HMR, the 6.5 Creedmoor, and game-changing innovations like the Flex Tip and Heat Shield Tip for maximizing overall function, accuracy, and terminal performance in hunting and long-range cartridges. The company has been in this game since 1949 and along the way has developed several bullet technologies and cartridges that have set industry standards and expectations, chief among them the. Now, Hornady has no minor track record when it comes to developing projectiles to meet specific performance parameters. Recently, the engineers at Hornady set out to make a better muzzleloader bullet-one that combines all the experience gained from developing precision centerfire rifle cartridges for hunting and target shooting into a platform suited to the needs of lower-velocity muzzleloaders. Hornady’s new Bore Driver FTX muzzleloader bullet-a fresh-from-the-ground-up approach to a more perfect big-game projectile.

Hence the often-lackluster blood trails and delayed expiration of our game. Sure, the kinetic energy is there, but if the bullet is unable to expand sufficiently in the soft regions, the kind of terminal performance we hope for and expect may not happen. 270, or 6.5mm Creedmoor) sometimes simply “poke holes” in medium-sized game without delivering the kind of hydrostatic shock and expansive destruction necessary for easy-to-follow blood trails, let alone putting an animal down within yards of the shot. Our best determination is that, in some instances, bullet construction combined with the generally lower velocities of the muzzleloader (compared to, say, a. But the astute and experienced observer will recognize that there is more to it than hunters making the occasional “off shots.” We’ve heard many an anecdote of whitetail deer recovered with pass-through shots into the vitals that traveled sometimes remarkable distances with nary a drop of blood to follow. Obviously, many factors play into this-key among them being equipment accuracy and shot placement. We’ve heard the same tale repeatedly with the same concluding question… “Why does there seem to be a greater occurrence of minimal to no blood trails from animals taken with a muzzleloader when compared to that of hunting-caliber centerfire rifles?” We have had this discussion with many people: fellow outdoor industry professionals, our hunting friends and family, and within the Shoot On office. Hornady takes lessons learned from precision, performance-driven bullet manufacturing to set a new standard for muzzleloader hunting projectiles