Magpul TMAG 20 AR/M4 Gen M3 Translucent Magazine
Magpul's TMAG 20 is a translucent 20-round magazine for 5.56 NATO/.223 Remington in Olive Drab. Built with reliable internal geometry, anti-tilt follower, and stainless-steel spring for AR-15/M4 platforms and compatible rifles.
Fits: AR-15, FN SCAR 16S
Magpul TMAG 20 AR/M4 Gen M3 Translucent Magazine
The TMAG 20 represents Magpul's commitment to reliable, practical magazine design for modern rifle shooters. This 20-round magazine is purpose-built for STANAG-compatible weapons chambered in 5.56 NATO/.223 Remington.
Design and Construction
Molded from durable translucent material in Olive Drab, the TMAG 20 allows you to visually verify ammunition types and round count at a glance. The magazine features:
- Ribbed front and rear straps for improved grip during magazine changes
- Smooth sides that maximize visibility into the magazine
- Four-way anti-tilt follower paired with a stainless-steel spring for corrosion resistance and unmatched reliability
- Low-profile floor plate compatible with the full line of Magpul PMAG AR/M4 Gen M3 floor-plate accessories
- Paint-pen dot matrix for custom markings and inventory management
Platform Compatibility
Optimized for Colt-spec AR-15/M4 platforms, the TMAG 20 also functions reliably in other modern rifles including the HK 416/MR556A1/M27 IAR, FN SCAR MK 16/16S, and similar weapons systems.
Made in the USA
This magazine is manufactured in the United States to Magpul's exacting standards.
Features
- four-way anti-tilt follower
- durable stainless-steel spring
- paint-pen dot matrix
- molded from a durable translucent material with an olive drab hue
- fits ar15, m4, m16, sa-80
- corrosion-resistant stainless-steel magazine body for reliable function
- high-visibility controlled-tilt follower for consistent feeding
- stainless-steel spring engineered for longevity and durable performance
- flared, easily removable floorplate for field maintenance and cleaning
- capacity indicators from five rounds and to single-round intervals
- paint-pen dot matrix for load marking and fast in-use identification
