
In StockSave 15%
Type
parts
Last Seen
May 19, 2026
Lancer Systems L7AWM Gen 2 10rd Magazine, Opaque Black - L7-G2-10-BLK
Sold byPalmetto State Armory•Posted May 18, 2026
Compare prices for Lancer Systems L7 AWM Advanced Warfighter Gen 2 LR-308, SR-25 Magazine 308 Winchester 10-Round Polymer Black$42.99
$50.73
You save $7.74 (15% off)
Price and stock data refresh continuously from Palmetto State Armory.
Deal Summary
- Currently in stock.
- Category: parts
- UPC: 738435624477
- SKU: 51655224088
- Brand: Lancer Systems
Price History
Deal Details
The L7AWMA(R) is a professional-grade AR-10/SR-25 pattern magazine, built to handle the demands of military, law enforcement, and serious shooters. It features a rugged hybrid design combining a proprietary lightweight polymer body with hardened steel feed lips that wrap around the entire top of the magazine. This design maximizes stiffness and durability, preventing feed lip deformation and front-end dimpling during hard use or long-term storage.Inspired by the proven L5AWMA(R) and SIG MPX plat
Other Offers for This Product
Active offers from your catalog for Lancer Systems L7 AWM Advanced Warfighter Gen 2 LR-308, SR-25 Magazine 308 Winchester 10-Round Polymer Black.
Comparing 4 retailers carrying this product
Lowest Price: $32.64
Highest Price: $45.99
You Save: $13.35
Avg Discount: 15% off

LANCER MAGAZINE L7AWM SR-25 7.62X51 10RD OPAQUE BLACK GEN2
LancerBattleHawk ArmorySKU/UPC: 738435624477
$32.64$50.99Save 36%
View at BattleHawk Armory
Lancer Systems L7AWM Gen 2 10rd Magazine, Opaque Black - L7-G2-10-BLK
Lancer SystemsPalmetto State ArmorySKU/UPC: 51655224088
$42.99$50.73Save 15%
View at Palmetto State Armory
Lancer Systems L7 AWM Advanced Warfighter Gen 2 LR-308, SR-25 Magazine 308 Winchester 10-Round Polymer Black
Lancer SystemsMidwayUSASKU/UPC: 212737
$42.99
View at MidwayUSA
Lancer Systems L7AWM GEN 2 AR-10/SR-25 .308/6.5 Credmoore 10 Round Rifle Magazine Opaque Black 10
Lancer SystemsOptics PlanetSKU/UPC: 7UD-RM-L7G210SMK-L7-G2-10-BLK-10RD
$45.99$50.73Save 9%
View at Optics Planet