Tokyo marui l96 aws sniper rifle black

The Tokyo Marui L96 AWS Sniper Rifle (Black) is a precision-engineered, spring-powered bolt-action airsoft rifle, modeled after the renowned Accuracy International Arctic Warfare series. Designed for enthusiasts seeking realism and performance, it offers exceptional out-of-the-box accuracy and a platform ripe for customization.

Key Features

• Realistic Design: Faithfully replicates the L96A1 sniper rifle, featuring a full-length precision inner barrel and a robust construction combining a metal receiver and barrel with a polymer stock, grip, and trigger guard.

• Smooth Bolt Action: The spring-powered bolt-action mechanism delivers a consistent muzzle velocity of approximately 280-300 FPS with 0.20g BBs, ensuring reliable performance on the field.

• Adjustable Hop-Up: Equipped with an easily accessible dial-type hop-up system located beneath the handguard, allowing for precise trajectory adjustments without the need for tools.

• Enhanced Ergonomics: Features an adjustable cheek rest and stock spacers to customize the length of pull and cheek height, accommodating various shooter preferences.

• Accessory Compatibility: Includes a 20mm Picatinny rail for mounting optics and a bipod adapter, expanding customization options for tactical setups.

Specifications

• Length: Approximately 1,100 mm

• Weight: Approximately 3,510 g (including empty magazine)

• Magazine Capacity: 40 rounds (6mm BBs)

• Muzzle Velocity: Approximately 280-300 FPS with 0.20g BBs

• Power Source: Spring-powered, manual bolt-action

• Shooting Mode: Single shot

• Hop-Up: Adjustable

• Material: Metal receiver and barrel; polymer stock, grip, and trigger guard

Package Includes

• Tokyo Marui L96 AWS Sniper Rifle (Black)

• 40-round magazine

• User manual

Summary

The Tokyo Marui L96 AWS Sniper Rifle stands out for its blend of realism, performance, and upgrade potential. Its precise construction and adjustable features make it a formidable choice for airsoft snipers seeking a reliable and customizable platform.