RCBS 90423 Hand Case Neck Turn Pilot .416 Caliber Stainless Steel

The RCBS 90423 Hand Case Neck Turn Pilot delivers precision neck turning for .416 caliber cartridge cases, enabling handloaders to achieve consistent neck wall thickness for improved accuracy. This stainless steel pilot maintains exact centering during the turning process, eliminating runout that can affect bullet seating and chamber fit.

What Makes This Different

Unlike generic pilots that can introduce wobble during turning operations, this RCBS pilot features precision-machined dimensions specific to .416 caliber projectiles. The stainless steel construction resists wear and corrosion while maintaining dimensional stability through thousands of turning cycles. Standard pilots often create inconsistent neck thickness due to poor fit tolerances, while this purpose-built tool ensures uniform results across entire batches of brass.

Key Features

• Precision-machined for exact .416 caliber bullet diameter fit
• Stainless steel construction resists corrosion and dimensional changes
• Eliminates case neck runout during turning operations
• Compatible with RCBS Case Neck Turning Tool systems
• Maintains consistent neck wall thickness across brass batches
• Reduces bullet seating variance for improved accuracy potential
• Silver finish provides visual wear indicators

Consistent neck wall thickness becomes critical for precision rifle applications where sub-MOA accuracy demands uniform bullet release. Competition shooters rely on turned necks to eliminate variables that affect bullet exit timing and trajectory consistency. The pilot's precise fit prevents the cutting tool from following case imperfections, instead creating true concentric neck walls that enhance chamber fit and bullet alignment.

Technical Specs

• Caliber: .416 (0.416 inch diameter)
• Material: Stainless steel construction
• Finish: Silver stainless steel
• Compatibility: RCBS Case Neck Turning Tool
• Part Number: RCBS 90423
• UPC: 766839904239
• Country of Origin: United States

Precision handloading requires tools that eliminate variables rather than introduce them. This pilot transforms neck turning from a hit-or-miss operation into a repeatable process that produces measurable improvements in loaded ammunition consistency.