Butler Creek 30270 Flip-Open Objective Scope Cover 46.7mm Size 27

The Butler Creek 30270 Flip-Open Objective Scope Cover provides instant lens protection with quick deployment capability for 46.7mm objective lenses. This polymer scope cover eliminates the fumbling associated with traditional lens caps while maintaining crystal-clear optics when it matters most.

What Makes This Different

Unlike screw-on caps that can be lost or dropped during critical moments, this flip-open design stays permanently attached to the scope. The spring-loaded mechanism opens with thumb pressure and locks securely in both open and closed positions. Butler Creek's precision molding ensures a snug fit that won't slip or rotate during transport or use.

Key Features

• Flip-open design eliminates lost lens caps during field use
• Fits 46.7mm objective lenses with secure friction mounting
• Black polymer construction resists UV degradation and temperature extremes
• Spring-loaded mechanism provides positive open/close action
• Low-profile design clears most scope rings and mounting systems
• Silent operation prevents noise during hunting or tactical applications
• Size 27 compatibility covers popular scope models from major manufacturers

Field performance centers on reliability across temperature ranges from -20°F to 140°F without binding or cracking. The cover maintains lens protection during rough handling, vehicle transport, and adverse weather conditions. Competition shooters appreciate the instant deployment capability, while hunters benefit from silent operation that won't spook game.

Technical Specs

• Objective lens diameter: 46.7mm (Size 27)
• Material: High-impact black polymer
• Mounting: Friction fit over objective bell
• Operating temperature: -20°F to 140°F
• Weight: Approximately 0.5 ounces
• Country of origin: United States
• Model number: 30270
• UPC: 051525302704

Butler Creek's proven track record in scope protection makes this cover a practical upgrade for any precision rifle setup. The combination of secure mounting and instant access addresses the primary weaknesses of traditional lens caps without adding bulk or complexity.