Lee REAL Muzzleloader Mould - Double Cavity (Handles Included) .45" 200 gr

The Lee REAL Muzzleloader Mould - Double Cavity (Handles Included) .45" 200 gr is purpose-built for serious blackpowder shooters who demand precision-cast projectiles for hunting, competition, and historical firearms. This double-cavity mold allows you to produce matched pairs of .45-caliber round balls in a single casting cycle, significantly reducing production time while maintaining consistency across large volumes. Whether you're preparing for a hunting season or stocking ammunition for extended range work, this Lee Precision casting tool delivers the repeatability required for reliable ballistic performance downrange.

Constructed with Lee Precision's proven aluminum casting block design, the double-cavity configuration ensures uniform weight and diameter across each pair of projectiles—critical factors for accuracy in blackpowder rifles and pistols where bullet runout and mass variance directly affect shot grouping. The included aluminum handles provide ergonomic grip leverage and heat management during the casting process, allowing safe operation at typical lead pouring temperatures. Each cavity is precisely dimensioned to produce .45-caliber projectiles at the specified 200-grain weight, eliminating the need for sorting or trimming once cooled and sized through a .45" casting die. The compact footprint (2.6 x 2 x 10.7 inches) and lightweight construction (0.89 lbs) make this mold portable enough for field use or bench casting operations.

This mold suits dedicated muzzleloaders, historical reenactors, and ammunition handloaders who require consistent .45-caliber projectiles for flintlock, percussion-cap, and inline muzzleloader systems. It integrates seamlessly with Lee Precision sizing and lubricating equipment and standard lead ingots, making it an economical long-term solution for sustained shooting. Prior casting experience is recommended to maximize yield and safety; operators should follow Lee Precision guidelines for proper pouring temperature and mold preheating to achieve optimal results.