Lee Semi-Wadcutter Pistol Mould - Double Cavity (Handles Included) .401" 145 gr

The Lee Semi-Wadcutter Pistol Mould – Double Cavity with Handles Included produces .401" 145-grain cast bullets designed for serious reloaders and ammunition builders. This aluminum double-cavity mould delivers consistent bullet production in a compact footprint, making it an essential tool for those who cast their own projectiles rather than purchasing factory ammunition.

Constructed from aluminum with permanently attached steel handles, this mould offers distinct advantages over steel or iron blocks. The lighter weight reduces hand and arm fatigue during extended casting sessions—a practical consideration when processing volume ammunition batches. Aluminum's superior thermal characteristics mean faster heat-up and cool-down cycles, which accelerates casting workflow and improves consistency between shots. The material also resists corrosion, a valuable attribute in humid climates or when stored alongside other reloading equipment. The semi-wadcutter profile is optimized for target work and training applications where consistent velocity and predictable point-of-impact are priorities.

This mould is built for reloaders who demand precision in ammunition assembly and want direct control over bullet weight and metallurgy. The double-cavity design increases throughput during casting sessions compared to single-cavity alternatives, allowing faster inventory buildup for range training or practice ammunition development. Lee Precision moulds are recognized for their accuracy and repeatability, supporting shooters who document their loads for performance refinement and troubleshooting.

The .401" caliber and 145-grain weight make this mould compatible with cartridges in that bore specification, offering flexibility for handloaders working with multiple firearms or exploring alternative ammunition configurations. Reloaders building custom loads benefit from the consistent quality of cast projectiles produced with professional tooling like this mould.