Kit includes ODG Cerakote from LMT
M7SL, L7Y1A, L7PA1B, LM556LPKL, L7A3
M7SL
The LMT® Modular Ambidextrous Rifle System (MARS®) lower receiver offers ambidextrous controls to include: selector, magazine release and bolt catch and release. The ambidextrous magazine and bolt catch mechanisms are machined directly into the receiver and have been designed to function as ergonomically as possible.
This “stripped” version comes only with the ambidextrous components installed.
L7Y1A
The patented LMT monolithic rail platform upper receiver. The receiver and handguard are made from a single piece of forged aerospace aluminum. The barrel is held in place with a proprietary locking system that utilizes two locking bolts accessible from the right side of the receiver. The only tool needed is a standard T-30 Torx bit to tighten the bolts. This receiver requires the patented LMT monolithic barrel assembly which has a low profile gas block with straight gas tube.
The MLR is the rifle length receiver designed for 14.5″ barrels up to 20″ barrels with M-LOK compatible attachment points on all 8 sides. This receiver sports 4 QD sling swivel attachment locations. Barrel not included.
L7PA1B
16″ Chrome Lined 5.56×45 (.223) 1:7″ RH twist barrel
Designed for the LMT monolithic receiver, this barrel utilizes a low profile gas block, mid length straight gas tube, and A2 birdcage for reduced flash. The barrel is coated and cryogenically treated for long term durability.
L7A3
Semi Auto Bolt Carrier Group, 5.56×45 (.223)
LM556LPKL
LMT® 5.56 Lower Parts Kit Light
By popular demand, we’ve established a lower parts kit less the trigger group. While our two-stage trigger group is among the best on the market, we realize you may prefer drop-in trigger groups or various other brands out there. This kit allows you to build the rest of your lower using LMT® manufactured parts.
100% American Made
Includes:
Trigger guard assembly
Magazine catch assembly
Bolt catch assembly
Pivot/Takedown pin assemblies
Buffer retaining pin/spring
S/A ambidextrous selector assembly