SA AR9 Light Ops Gen2 (SA-CX02 CORE™ HAL ETU™) – Black

Why choose the AR9 Light Ops CORE™ Gen2 by Specna Arms?
Specna Arms AR9 Light Ops Gen2 (SA-CX02 CORE™ HAL ETU™) relies on a lightweight yet durable CORE™ series nylon body reinforced with fiberglass, offering a realistic matte finish and excellent durability, often stronger than cheap metal alloy bodies. A metal outer barrel with a 14 mm CCW thread and steel components such as screws, pins or the ejection port add strength where it matters. The result is an extremely lightweight yet solid PDW platform that excels in movement and is ideal for CQB scenarios and dynamic gameplay. Controls are based on the AR-15 (M4) platform, making them intuitive and easy to learn. It features an ambidextrous charging handle, clear fire selector and easy hop-up adjustment via the ejection port. The magazine release uses a lever-style system similar to AK / CZ EVO, providing more secure and comfortable handling than a standard button while keeping the magazine firmly in place. The M-LOK handguard allows mounting accessories such as a vertical grip, tactical flashlight or a PEQ box. The new Light Ops stock with a rubber cheek rest and QD sling points keeps the setup lightweight. The battery is stored in the buffer tube, requiring a buffer stick type battery. Overall, this is a powerful rifle combining low weight, modern design and excellent Gen2 internals in one affordable platform. The CORE™ Gen2 series stands out for its build quality, offering upgraded internals such as the Æther™ gearbox with HAL ETU™, a metal nozzle, TDC hop-up chamber with Helium™ flat bucking and a 6.03 mm precision inner barrel.
Key Features of Specna Arms AR9 Light Ops CORE™ Gen2

HAL ETU™ Processor Unit
Advanced features such as binary trigger, pre-cocking, trigger sensitivity adjustment and protection for Li-Pol batteries.

Lightweight CORE™ Construction
Fiberglass-reinforced nylon body offers low weight and high durability.

6.03 mm Precision Barrel, TDC Hop-up and Helium™ Flat Bucking
Improves accuracy and consistency thanks to the TDC..