TM P320 GBB Gas Magazine, Standard (26 BBs) – Black

Gas magazine for Tokyo Marui P320 GBB pistol

Spare gas magazine with a 26 BBs capacity designed specifically for the Tokyo Marui TM P320 GBB pistol. The magazine body is made of ZAMAC (special aluminum-zinc alloy used by Tokyo Marui), making it highly durable and able to withstand rough handling and fast reloads. The TM P320 GBB pistol features a large piston and an under-hammer layout that ensures efficient gas usage, stronger recoil, and stable performance. If you are looking for the latest GBB technology, this is currently among the best. The new generation of Tokyo Marui gas pistols can already handle standard Green Gas, delivering a solid performance of around 95 m/s. In warmer weather above 20 °C, we recommend using Light Gas to extend the service life of internal parts and the polymer slide.

Key features of the TM P320 GBB 26 BBs magazine

Durable construction

Aluminum-zinc alloy body (ZAMAC) combined with a polymer feed lip and base plate ensures strength, long service life and realistic weight.

26 BBs capacity

Standard 26-round magazine allows comfortable use during training and gameplay without frequent reloads.

Designed for Tokyo Marui P320 GBB

Original manufacturer part, fully compatible with the TM P320 Full Size GBB gas pistol.

TM P320 GBB magazine detail

The magazine body features realistic 9 mm markings and Tokyo Marui branding. The valve is protected within the base plate and allows filling without removing it.

Technical specifications

• Capacity: 26 BBs
• Manufacturer: Tokyo Marui
• Material: ZAMAC (TM aluminum-zinc alloy), polymer (feed lips and baseplate)
• Valve: Silent-Fill two-stage
• Compatibility: TM P320 GBB

Package contents

• Tokyo Marui P320 GBB gas magazine (26 BBs)

Warning

• The magazine is intended only for medium power gases such as Green Gas and Light Gas, for example Nuprol 1.0 and 2.0.
• Using stronger gases (Red Gas / Black Gas) will damage the magazine seals and the pistol; such damage is not covered by warranty due to excessive stress on internal parts and seals.