KRYTAC 24 Round Green Gas Magazine for Maxim 9 GBB Airsoft Pistols, Black
KRYTAC
- SKU:
- EVK-104196
- UPC:
- 811607036145
- Shipping:
- Calculated at Checkout
Why buy from Airsoft Station?
-
FREE SHIPPINGOn purchases over $199
(lower 48 states) -
Returns & WarrantyReturns & Warranty Policy
for 30 days -
RAVE reviewsRated 4.6/5 by 35,000+
Happy Customers
Upgrade your airsoft arsenal with the KRYTAC 24 Round Green Gas Magazine, specially crafted for the KRYTAC SilencerCo Maxim 9 Gas Blowback Airsoft Pistols. As a trusted manufacturer, KRYTAC brings you a magazine designed to deliver optimal performance and durability, ensuring you stay in the game and dominate the field.
Crafted with precision and attention to detail, this magazine is constructed from high-quality materials to withstand the rigors of intense airsoft battles. The lightweight aluminum body offers easy maneuverability without compromising on reliability. Carry up to 24 rounds of ammunition, allowing you to engage in extended play sessions without frequent reloading.
The high-tension spring within the magazine ensures smooth and consistent feeding, preventing misfires and jams that could hinder your performance. This means you can focus on your strategy and engage your opponents with confidence. With a capacity of 24 rounds, you can stay in the action longer and stay one step ahead of your opponents. The convenience of Green Gas compatibility makes refilling your magazine a breeze, ensuring you're back in the fight swiftly.
This KRYTAC magazine is designed to be compatible with the KRYTAC SilencerCo Maxim 9 Gas Blowback Airsoft Pistol, providing a perfect fit and optimal performance. Each package includes one magazine, offering excellent value for airsoft enthusiasts looking to expand their arsenal. Get your hands on this exceptional magazine at Airsoft Station today and take your airsoft battles to the next level.
Features
- Lightweight aluminum construction for easy maneuverability
- High tension spring ensures reliable feeding of 24 rounds
- Reduced cooldown with lower energy density of aluminum
- Increased material strength enables a larger gas compartment for efficient performance