Lee Round Nose Pistol Mould - Double Cavity (Handles Included) .365" 95 gr

The Lee Round Nose Pistol Mould - Double Cavity (Handles Included) .365" 95 gr is a precision bullet casting tool designed for reloaders and shooters who demand consistent, hand-cast projectiles for tactical and defensive ammunition. This double-cavity mould produces lead round-nose bullets at .365" diameter weighing 95 grains—a classic profile favored for pistol loads where accuracy and reliable expansion matter. Whether you're a law enforcement armorer, military small-arms specialist, or serious civilian reloader, casting your own ammunition provides cost control, quality assurance, and the ability to tailor loads to your specific firearm's performance characteristics.

Lee Precision's casting blocks are engineered from ductile iron to withstand repeated thermal cycling and deliver uniform cavity dimensions shot after shot. The double-cavity design doubles your production rate compared to single-cavity alternatives, critical for anyone maintaining patrol or duty loads. Included handles provide a secure, ergonomic grip and thermal insulation during the pour cycle, reducing hand fatigue and improving safety when working with molten lead. The round-nose profile minimizes bullet material waste during casting and provides excellent bearing surface contact in typical pistol bores, ensuring consistent velocities and tight shot groups downrange.

This mould is ideal for shooters working with smaller-caliber pistols or historical/.36-caliber revolvers where factory ammunition is scarce or prohibitively expensive. Reloaders benefit from the ability to duplicate factory loads or develop custom loads tailored to their specific firearm's barrel length and chamber characteristics. The 95-grain weight suits mid-velocity to full-power defensive loads, offering a balance between recoil management and terminal performance. Proper bullet hardness and sizing will optimize accuracy; most reloaders size cast bullets to .365" or .366" depending on their firearm's bore specification, ensuring reliable feeding and minimal leading.