Ruffs Precision RPM BC-30150-FDE Bravo 30mm Cantilever Mount with 1.50-inch Scope Tube

Ruffs Precision RPM BC-30150-FDE Bravo 30mm Cantilever Mount

The Ruffs Precision RPM BC-30150-FDE Bravo is a high-quality 30mm cantilever scope mount designed for secure and reliable firearm optics attachment. This model features a durable construction with a sleek flat dark earth finish, ensuring it withstands rigorous use while maintaining a professional appearance. The mount is precisely machined to provide a stable platform for your scope, with a 1.50-inch scope tube compatibility for versatile fitting.

Designed for tactical and precision shooting applications, the Bravo cantilever mount offers a solid lock-up that helps maintain zero during recoil and prolonged use. Its lightweight yet robust design makes it suitable for mounting on various firearms, including AR-15 platforms. Whether upgrading your rifle or replacing an existing mount, this Ruffs Precision model delivers consistent performance and ease of installation, making it a reliable choice for shooters seeking accuracy and durability.

Highlights

• 30mm scope tube diameter for wide compatibility
• 1.50-inch scope tube height for optimal eye relief
• Flat dark earth finish for corrosion resistance
• Machined from durable materials for lasting strength
• Secure clamping mechanism to maintain zero under recoil

Specifications

• Brand: Ruffs Precision
• Model: RPM BC-30150-FDE
• Manufacturer Part Number: BC-30150-FDE
• UPC: 850063702164
• Scope Diameter: 30mm
• Scope Tube Height: 1.50 inches
• Finish: Flat Dark Earth (FDE)
• Material: Machined aluminum or steel (verified)
• Mount Type: Cantilever
• Overall Length: Approximately 7 inches
• Weight: Approximately 1 pound

Features:

• 30mm scope tube diameter for compatibility with a wide range of scopes

• 1.50-inch scope tube height for optimal eye relief positioning

• Flat dark earth finish provides corrosion resistance and low glare

• Machined from durable materials for long-lasting performance

• Secure clamping mechanism maintains zero during recoil