Tokyo Marui P90+ Ver.LLENN (Gun Gale Online) Airsoft AEG

Price: $419.57 — Currently out of stock.

The Tokyo Marui P90+ Ver.LLENN (Gun Gale Online) Airsoft AEG Rifle is a meticulously crafted replica of the iconic rifle featured in the Japanese anime Gun Gale Online. Designed by anime artist Shigusawa Keiichi and firearm consultant Kouji Akimoto, this rifle?nicknamed "P-chan" in the series?is based on the real-world P90 but reimagined with a distinctive anime aesthetic. Faithfully reproducing the weapon used by the character LLENN, this airsoft rifle mirrors her vibrant pink combat gear, featuring an eye-catching pink finish that embodies the unmistakable style of an anime heroine. The P90+ Ver.LLENN boasts an exceptional level of detail, starting with its adjustable red dot sight, which offers dual brightness settings along with windage and elevation adjustments, mounted atop the upper receiver. The rifle?s construction combines durability and realism, featuring a polymer body, metal outer barrel with muzzle brake, and a metal upper receiver equipped with a 20mm Picatinny rail for accessories. Smaller components, such as the polymer trigger, polymer selector switch, and metal charging handle, further enhance its authentic feel. The metal stock plate opens to reveal a compartment designed to house an 8.4V NiMH or 7.4V LiPo battery, ensuring practicality alongside its striking design. One of the most striking features of this replica is its 68-round magazine, meticulously designed to mimic the real P90?s loading mechanism. The magazine includes dummy 5.7?28mm bullets arranged in dual stacks, with a faux rotating round at the base for added realism. Encased in a semi-transparent pink polymer shell, the magazine delivers a bold visual impact that perfectly complements LLENN?s signature aesthetic. Beneath its eye-catching exterior, the rifle incorporates Tokyo Marui?s advanced engineering, ensuring both performance and reliability. The Advanced FET System utilizes a hybrid mechanical and FET switch to reduce electrical resistance, improving trigger response while enh