Lancer Systems L5Awm Gen2 223Rem 10Rd Black
The Lancer Systems L5AWM Gen2 is a purpose-built 5.56/.223 rifle magazine engineered to deliver the durability of steel with the weight savings of modern polymer. This 10-round magazine combines a proprietary hybrid design with stainless steel internals to create a reliable, lightweight option for AR-15 owners, competition shooters, and tactical users who demand dependability without compromise. Whether you're running an M4, AR-15, SCAR, or HK416, the L5AWM Gen2 is built to perform in harsh field conditions without the heft of all-steel alternatives.
The Gen2 iteration introduces a precision-engineered feed lip design paired with a stainless steel spring and anti-tilt follower that ensures smooth, consistent feeding through extended storage and heavy use. Lancer's aggressive surface texturing provides confident grip and handling, while the reinforced steel feed lips resist the wear, deformation, and cracking that plague lesser polymer magazines under sustained fire or temperature cycling. Testing from –40°F to +180°F validates performance across extreme conditions, and the magazine's design reduces insertion force by up to 22% compared to the previous generation—meaning easier, more reliable seating on a closed bolt.
At 3.8 ounces, the L5AWM Gen2 ranks among the lightest professional-grade magazines available, saving weight where it counts on your rifle. The black polymer body is manufactured, tooled, and assembled in the USA, with each unit meeting or exceeding military impact and chemical-resistance standards. For shooters who refuse to compromise between reliability, durability, and lightweight performance, the Lancer L5AWM Gen2 delivers.
Key Features
- Hybrid polymer and stainless steel construction balances durability with light weight (3.8 oz)
- Precision feed lip design and stainless steel spring for smooth, reliable feeding
- Anti-tilt follower maintains consistent performance during extended loaded storage
- Up to 22% reduction in insertion force for easier seating on closed bolt
- Hardened steel feed lips resist wear, cracking, and deformation under sustained fire
- Tested across extreme temperatures (–40°F to +180°F) for reliable function in harsh conditions
- Aggressive surface texturing for confident grip and handling
- Designed, manufactured, and assembled in the USA
Specifications
| Capacity | 10 rounds |
| Caliber | .223 Remington / 5.56x45 NATO |
| Material | Polymer body with stainless steel spring and hardened steel feed lips |
| Weight | 3.8 ounces |
| Color | Black |
| Follower | Anti-tilt design |
| Country of Origin | USA (designed, tooled, manufactured, and assembled) |
Frequently Asked Questions
What rifles does the Lancer L5AWM Gen2 fit?
The L5AWM Gen2 is compatible with AR-15, M4, M16, SCAR16, HK416, ARX160, SIG556, SIG MCX, IWI Tavor, IWI X95, SA80, and other modern weapon systems chambered in 5.56x45 NATO or .223 Remington that use STANAG-compatible magazines.
How durable is the L5AWM Gen2 in real-world use?
Lancer tested the Gen2 extensively, including impact testing from five feet onto concrete and temperature cycling from –40°F to +180°F. The magazine is engineered to meet or exceed military impact and chemical-resistance standards, with hardened steel feed lips and anti-tilt followers that resist wear, cracking, and deformation even under heavy sustained fire or long-term loaded storage.
Why is the L5AWM Gen2 lighter than other polymer magazines?
The hybrid design combines a proprietary high-strength polymer body with stainless steel and hardened steel components only where durability is critical. At 3.8 ounces, the Gen2 is up to 36% lighter than other leading polymer options, making it ideal for shooters who want reliability without excess weight on the rifle.
What's improved in the Gen2 version?
The Gen2 features a new precision-engineered feed lip design, a stainless steel spring, an anti-tilt follower, and a new floorplate lock. These upgrades deliver up to 22% reduction in insertion force for smoother, more reliable seating on a closed bolt compared to the previous generation.

