Smith & Wesson M-1 Push Pin Nickel Steel Adjustable Sight Set

The Smith & Wesson 350132 M-1 Push Pin sight system delivers precise windage and elevation adjustments for competitive shooting and tactical applications. This nickel steel construction provides corrosion resistance and maintains zero under heavy use.

What Makes This Different

The push pin design eliminates the need for special tools during sight adjustments, allowing rapid corrections in the field. Unlike standard fixed sights, this adjustable system offers micro-click adjustments with positive detents for repeatable settings. The nickel steel construction resists wear from holster draw cycles while maintaining crisp sight picture definition.

Key Features

• Nickel steel construction for corrosion resistance and durability
• Push pin adjustment system requires no special tools
• Micro-click windage and elevation adjustments
• Positive detent positioning for repeatable settings
• Compatible with standard S&W sight dovetails
• Low-profile design reduces snag potential
• Precision-machined sight notch for consistent alignment

Field performance remains consistent across temperature variations and recoil cycles. The sight system maintains zero through thousands of rounds in competition environments. Law enforcement agencies report reliable performance in duty carry applications where quick sight adjustments may be necessary. The low-profile design reduces catching on clothing or equipment during tactical movements.

Technical Specs

• Material: Nickel-plated steel construction
• Adjustment: Push pin windage and elevation
• Compatibility: Standard S&W sight dovetails
• Finish: Nickel plating for corrosion resistance
• Profile: Low-profile tactical design
• Model Number: 350132
• UPC: 022188501322
• Country of Origin: United States

This sight system addresses the common complaint about fixed sights limiting precision potential. The tool-free adjustment capability makes it practical for competitive shooters who need to make corrections between stages or environmental conditions.