Magpul Bipod for M-LOK

The Magpul Bipod for M-LOK is a precision shooting support system engineered for tactical shooters, designated marksmen, and precision rifle competitors who demand lightweight stability without platform-specific mounting complications. This bipod addresses a critical need in modern tactical workflows: rapid deployment on any M-LOK-equipped handguard without rail adapters or secondary mounting hardware. Whether you're setting up for precision rifle courses, law enforcement duty, or long-range field work, the M-LOK interface standardizes mounting across your entire modular platform ecosystem.

The Magpul Bipod leverages proven spring-assisted leg geometry with progressive tension that maintains position integrity under recoil impulse while remaining light enough for extended carry—0.94 pounds total weight keeps your platform balanced and reduces operator fatigue during multi-position shooting sequences. The design uses angle-adjustable legs with positive detent stops at key shooting positions, eliminating the guesswork of manual leg extension and ensuring consistent sight picture height shot-to-shot. Magpul's engineering prioritizes a compact footprint (9.55 inches deployed length) that doesn't interfere with magazine changes or tactical movement in tight quarters, critical for both competition and duty applications.

Operators running AR-platform rifles with M-LOK handguards—whether direct-impingement or piston-driven systems—benefit immediately from this bipod's simplified mounting architecture and proven field reliability. Law enforcement marksmen, military personnel transitioning to civilian platforms, and precision shooters moving away from legacy rail systems will appreciate the elimination of adapter stacking that degrades weapon dynamics. Installation is non-destructive and reversible; simply slide the M-LOK slot interface onto your handguard and secure the retention lever with hand pressure. Competitive shooters often stage this bipod forward on the handguard to optimize support geometry during prone or supported positions while maintaining full use of the receiver-mounted optic and charging handle.