Lee Six Cavity Mold - .401 175gr-tc No Handles

The Lee Six Cavity Mold in .401 175gr-tc is a precision reloading tool designed for shooters and ammunition reloaders who demand consistent, quality cast bullets for .401 Winchester Self-Loading and similar wildcat cartridges. Built for hand-casting operations, this six-cavity configuration allows serious reloaders to produce multiple rounds per cycle, significantly improving throughput compared to single-cavity alternatives. Whether you're a competitive shooter, law enforcement trainer, or precision rifle enthusiast, this mold delivers the repeatability needed for reliable ammunition production.

Lee's six-cavity design maximizes efficiency by casting six 175-grain truncated-cone (tc) bullets simultaneously from a single pour, reducing cycle time and material waste during production runs. The mold is manufactured from ductile iron, engineered to withstand repeated thermal cycling and maintain dimensional consistency across hundreds of casting sessions. The no-handles configuration allows the mold to be mounted in a standard Lee casting press or compatible bullet-casting equipment, giving operators flexibility in their reloading setup and enabling faster, more controlled cooling and ejection. Each cavity is precisely machined to SAECO/Lee tolerances, ensuring bullet uniformity critical for accuracy and velocity consistency in handloads.

This mold is ideal for handloaders working with .401 Winchester Self-Loading, .401 Herrett, or similar cartridges where commercially cast bullets may be unavailable or cost-prohibitive. Reloaders benefit most when operating with a Lee Bullet Mold Handles kit or a dedicated casting press, which clamps the mold securely during pouring and cooling. The 175-grain weight produces a balanced ballistic coefficient suitable for mid-range hunting and long-range target applications, offering flexibility in load development. Weighting 1.3 lbs and measuring 4.1 x 1.9 x 13 inches, the mold integrates seamlessly into existing Lee reloading systems and requires only molten lead, a casting ladle, and proper heat management for safe operation.