Emerson G3 Combat Shirt A-Tacs FG

Emerson Gear G3 Combat Shirt is a functional combat shirt designed for use in high-intensity environments. The model is suitable for military personnel, law enforcement officers, instructors, and users operating in field or training conditions.

The shirt is optimized for comfortable wear under body armor, plate carriers, and soft armor. It helps reduce overheating, efficiently wicks moisture, and allows full freedom of movement during active operations. The A-Tacs FG camouflage is well suited for forested, green, and mixed terrain.

Construction and Materials

The torso is made from a polyester-cotton blend that effectively wicks moisture away from the body and promotes quick evaporation. The fabric is soft against the skin, breathable, and enhances comfort during prolonged wear under armor.

The sleeves and collar are constructed from durable RipStop fabric, offering high abrasion resistance and tear strength. This material combination provides comfort in the torso area and increased durability in high-stress zones.

Functional Features

• front ¼-length YKK zipper allowing ventilation adjustment and two collar configurations: folded or stand-up;

• two spacious double-layer sleeve pockets with Velcro closures;

• Velcro panels on the outer sleeves for ID patches, insignia, and rank markers;

• internal compartments in the sleeves for elbow pad inserts (elbow pads not included);

• adjustable sleeve cuffs with Velcro for a secure and comfortable fit.

Camouflage

A-Tacs FG (Foliage Green) is a camouflage pattern designed for effective concealment in forested and green environments. It helps break up the silhouette against vegetation, bushes, and mixed terrain.

Specifications

• Torso material: 50% polyester / 50% cotton

• Sleeves and collar material: RipStop — 35% polyester / 65% cotton

• Hardware: YKK

• Fit: anatomical, compatible with body armor

• Intended use: military, tactical, training

Emerson Gear G3 Combat Shirt A-Tacs FG delivers a balanced combination of ventilation, durability, and functionality for demanding operational use.