Stoner LMG [Ares]

The Stoner LMG, manufactured by Ares, is a lightweight machine gun replica that provides full-automatic mode. This model weighs 4.5kg, has a length of 890 mm, uses a 379 mm long inner barrel, and provides a magazine capacity of 1500 rounds. The Stoner LMG is an electric replica that offers an optimal rate of fire and generates approximately 380 FPS.

This model provides high-quality construction that is precisely made from top-quality metal (the body, buttstock, and handguard) and durable polymers (pistol and front grip, box magazine). Thanks to that, it can withstand even the most demanding conditions. On the inside, Ares provided quality parts that ensured long-time usage and precision of each shot.

The item includes a practical handguard with Picatinny rails for mounting accessories such as bipods, foregrips, light amplification modules, and laser designators. Thanks to that, users can choose the best setup that will be perfect and suitable to individual preferences and mission requirements.

The replica comprises adjustable stock, classical iron sights, and a tactical grip that improves the weapon's control and comfort. This model is equipped with a quick barrel and spring change system. The outer barrel of the Stoner LMG is outfitted with a 14 mm CCW thread with a birdcage-type flash hider.

This set also includes a modified gearbox and a high-capacity box magazine compatible with Stoner LMG. This box magazine has dummy cartridges and a nylon cover to increase the authentic look. The magazine itself works very quietly. There is no characteristic sound of loading balls that interferes with the activities during the game. In addition, the dummy ammunition tape protects the power supply cables for feeding the BBs.

This rifle replica also offers an adjustable hop-up mechanism to improve the BB's accuracy and stability during the shot. The Stoner LMG is a perfect choice for close-, mid-, and long-range engagements in the field.

Players will appreciate this airsoft rifle's first-rate construction and optimal performance.