Hornady 050033 Stuck Case Remover Multi-Caliber with #7 Drill Bit

The Hornady 050033 Stuck Case Remover eliminates the frustration of extracting stuck brass cases from sizing dies during reloading operations. This precision-engineered tool transforms a potentially expensive problem into a simple repair procedure.

What Makes This Different

Unlike improvised extraction methods that risk damaging expensive dies, this purpose-built remover uses controlled drilling and threading techniques. The included #7 drill bit creates the exact pilot hole diameter needed for the 1/4-20 tap, ensuring consistent results across multiple calibers. Professional reloaders rely on this systematic approach rather than risking die damage with makeshift solutions.

Key Features

• Complete extraction kit includes #7 drill bit and 1/4-20 tap for precise case removal
• Multi-caliber compatibility works with standard rifle and pistol cartridge cases
• Hardened steel construction withstands repeated use without dulling or breaking
• Controlled drilling depth prevents damage to sizing die threads
• Compact storage design fits standard reloading bench toolboxes
• Step-by-step instructions included for safe extraction procedures
• Compatible with standard drill motors and tap handles

This remover handles stuck cases in popular calibers from .223 Remington to .308 Winchester and pistol cartridges like 9mm and .45 ACP. The drilling process removes just enough case material to thread the extraction bolt without affecting die alignment. Reloaders report successful extractions even from severely stuck cases that resist other removal methods.

Technical Specs

• Drill bit size: #7 (0.201 inch diameter)
• Tap specification: 1/4 inch - 20 threads per inch
• Material: High-carbon steel with hardened cutting edges
• Compatible calibers: Most standard rifle and pistol cartridges
• Package includes: Drill bit, tap, extraction bolt, and instructions
• Storage: Compact case for organized tool storage
• Manufacturer: Hornady Manufacturing

This remover pays for itself the first time it saves an expensive sizing die from damage. The systematic approach eliminates guesswork and provides consistent results across different case materials and calibers.