Bergara 20 MOA Picatinny Rail - Remington 700 Short Action Compatible

Bergara 20 MOA Picatinny Rail - Remington 700 Short Action Compatible

Expand your long-range elevation range and secure your optic with the Bergara 20 MOA Short Action Scope Rail. Precision-machined for the legendary Remington 700 short action footprint—as well as Bergara B-14 and premier short-action rifles—this full-length Picatinny rail adds 20 MOA of built-in down-angle incline. This built-in cant frees up internal optic elevation travel, allowing precision shooters and hunters to dial out to extended distances without running out of scope turret adjustment.

Engineered for maximum platform versatility, the Bergara rail includes two full sets of mounting hardware: standard #6-48 screws and heavier-duty #8-40 screws. This dual-hardware inclusion guarantees direct compatibility whether your action features traditional factory scope mount threading or upgraded, heavy-recoil #8-40 threaded receiver holes. Precision-crafted from high-grade aluminum with a durable matte black finish, this rail provides a rigid, non-deflecting mounting platform for your scope rings and optics.

Features

Built-in 20 MOA Down-Angle Incline:
Incorporate 20 MOA of mechanical elevation directly into your optic mounting system, preserving internal scope turret travel for long-range target adjustments.

Dual-Hardware Compatibility (#6-48 & #8-40 Screws Included):
Includes both #6-48 and heavy-duty #8-40 mounting screws to fit standard factory and upgraded custom short-action receiver threads without extra hardware sourcing.

Remington 700 Short Action Footprint Fitment:
Engineered for direct drop-in alignment with Remington 700 short actions, Bergara B-14 models, and compatible Rem 700 clone receivers.

Lightweight High-Grade Aluminum Build:
Precision-machined from premium aluminum for a rock-solid, vibration-resistant optic interface that adds minimal weight to your rifle setup.

Matte Black Anodized Finish:
Treated with a durable matte black finish to resist corrosion, glare, and wear in harsh environmental conditions.

Specifications