Aguila Subsonic 9mm Luger 147 Grain FMJ Flat Point – 50 Rounds (Box) [NO TAX outside Texas]

Aguila’s Subsonic 9mm Luger 147 Grain FMJ Flat Point ammunition is expertly designed for shooters who require a quieter performance without sacrificing accuracy and reliability. This box contains 50 rounds, each crafted to perform under the radar while providing the precision Aguila is known for

. With a muzzle velocity of 950 fps and a muzzle energy of 295 ft/lbs, these rounds are tailored for use with suppressors, making them an excellent choice for discreet shooting sessions and tactical applications where noise reduction is crucial.

Caliber (9mm Luger): The 9mm Luger is one of the most popular and versatile calibers available, favored for its balance of recoil, capacity, and performance in self-defense, law enforcement, and shooting sports.

Brand (Aguila): Aguila Ammunition is renowned for its high-quality manufacturing standards and innovation in ammunition technology. Their products are designed to provide reliable performance for a wide range of shooting applications.

Specifications:

• Caliber: 9mm Luger
• Bullet Weight: 147 Grains
• Bullet Type: Full Metal Jacket (FMJ) Flat Point
• Muzzle Velocity: 950 fps
• Muzzle Energy: 295 ft/lbs
• Case Type: Brass
• Primer Type: Boxer, Reloadable
• Quantity: 50 Rounds per Box

Features:

• Subsonic Performance: Optimized for lower noise levels, especially when used with a suppressor.
• FMJ Flat Point Bullet: Ensures reliable feeding and delivers consistent accuracy, ideal for target shooting and training.
• Brass Casings: High-quality and reloadable, offering additional value to shooters who reload.
• Versatile Use: Suitable for a range of activities, from tactical training to recreational shooting.

Aguila Subsonic 9mm Luger 147 Grain FMJ Flat Point ammunition is the go-to choice for shooters looking for subsonic performance without compromise. Available at KIR Ammo, these rounds ensure quiet operation, making them perfect for suppressed firearms and situations requiring reduced noise signatures.