LMT MARS-L PDW 5.56

AUTHORIZED DISTRIBUTOR FOR LEWIS MACHINE & TOOL GOVERNMENT SALES

PAI Defense supplies premier tactical systems for military units, law enforcement agencies, and institutional clients. The LMT MARS-L PDW (Personal Defense Weapon) is an ultra-compact tactical carbine engineered around the fully ambidextrous lmt mars-l lower receiver and a short-barreled 5.56mm upper. Designed for executive protection details, aviators, and vehicle crews, the MARS-L PDW delivers maximum firepower in a highly concealable platform.

Procurement Strategy: This restricted tactical system is reserved for professional agency acquisition and authorized government transfer. Please reach out to us to ask for a quote or submit a request for proposal (RFP).
Institutional Notice: *Please Note Special Finishes and Custom Options Such as Select Fire Available Upon Request.

Description

Manufacturer	Lewis Machine & Tool (LMT Defense)
Caliber	5.56x45mm NATO
Operating Principle	Direct Impingement Short-Barrel Carbine System
Barrel Specifications	10.5″ or 11.5″ Chrome-Lined, Cryogenically Treated Barrel
Lower Architecture	MARS-L Ambidextrous Forged Lower Receiver (True Mirror Controls)
Requirement Note	Restricted Law Enforcement / Military Agency Purchase Only

Fully Ambidextrous Personal Defense Architecture

The MARS-L PDW combines LMT’s revolutionary ambidextrous lower receiver with a highly maneuverable short-barreled upper. Every operational control—including the bolt catch, bolt release, magazine release, and safety selector—is fully mirrored on both sides of the receiver, ensuring flawless cross-dominant manipulation under extreme duress.

Core Engineering & Tactical Advantages

True Ambidextrous Lower Receiver: Allows left- and right-handed operators to lock the bolt back, release the bolt, and drop magazines instantly without shifting grips.

Short-Barreled Agility: Optimized gas port dimensions ensure reliable cycling with duty and suppressed tactical loads.

Monolithic Integration: Superior rail rigidity guarantees zero retention for lasers and close-quarters optics.