Description

Federal Syntech Defense 9mm Luger 138-grain segmented jacketed hollow point (SJHP) ammunition is engineered for personal and home defense applications where reliable expansion and dependable ignition are priorities. The load pairs a segmented hollow-point design with a polymer (lead-free) jacket to reduce barrel heat and metal fouling. With a Catalyst lead-free primer and consistent velocity, this Syntech Defense ammo is suited for defensive training, qualification drills, and carry ammunition.

Key Specifications

• The 9mm Luger caliber provides broad compatibility with many modern duty and defensive pistols.
• The 138-grain segmented jacketed hollow point (SJHP) bullet is designed to separate into segments on expansion to enhance terminal performance for self-defense ammunition.
• The 1050 fps muzzle velocity delivers consistent trajectory and energy appropriate for close- to moderate-range defensive scenarios.
• The 338 ft lbs muzzle energy supplies measurable energy transfer for reliable performance in defensive applications.
• The polymer (lead-free) jacket reduces barrel heat and metal fouling for easier maintenance and extended range sessions.
• The brass case supports consistent extraction and makes the rounds reloadable for handloaders who choose to do so.
• The Catalyst lead-free primer provides reliable ignition for consistent function across a variety of pistols.
• The 50 rounds per box configuration is convenient for range practice ammo and building a defensive ammunition supply.

Federal Syntech Defense offers a purpose-built option for shooters seeking dependable self-defense ammunition with reduced barrel fouling and reliable ignition. Whether used for qualification drills, range practice ammo, or as part of a home defense plan, this Syntech load balances terminal design and maintenance-friendly construction for consistent, real-world performance.

This is an AI generated description and sometimes AI gets it wrong. Please use due diligence and common sense. If something seems off, it may very well be.