The Fiocchi Field Dynamics .30-06 Springfield 180-grain Pointed Soft Point is a reliable and affordable cartridge designed for hunters and shooters who demand consistent performance. Loaded with a traditional soft point bullet in a robust configuration, this round offers the ballistic weight and energy needed for taking down medium to large game while remaining accessible for high-volume use.
Key Features
Caliber: .30-06 Springfield – a trusted cartridge for hunting across a wide range of game.
Bullet Weight: 180 grain – ideal for deeper penetration and higher energy transfer.
Bullet Type: Pointed Soft Point (PSP) – delivers controlled expansion and effective wound channels.
Muzzle Velocity: Approximately 2,700 fps – ensures adequate velocity for extended range engagement.
Muzzle Energy: Around 2,900 ft-lbs – suitable for ethical big game hunting.
Casing: Brass, boxer-primed – reloadable and non-corrosive for long-term value.
Packaging: Sold in 20-round boxes – standard format for hunting ammunition.
Generational Improvements
Improved load consistency – newer production offers enhanced powder metering and ignition uniformity over earlier versions.
Modern soft point design – optimized for deeper penetration and more reliable expansion compared to legacy flat-nose bullets.
Specifications
Model Number: 3006D
Caliber: .30-06 Springfield
Bullet Weight: 180 grain
Bullet Type: Pointed Soft Point (PSP)
Muzzle Velocity: 2,700 fps
Muzzle Energy: 2,900 ft-lbs
Casing: Brass, boxer-primed, reloadable
Rounds per Box: 20
Competing Items
Federal Power-Shok .30-06 Springfield 180 gr JSP
Remington Core-Lokt .30-06 Springfield 180 gr PSP
Winchester Super-X .30-06 Springfield 180 gr Power-Point
Hornady American Whitetail .30-06 Springfield 180 gr InterLock
The Fiocchi Field Dynamics .30-06 Springfield 180-grain PSP offers hunters a dependable, hard-hitting load well-suited for deer, elk, and similar game. With brass casings, consistent velocity, and a proven soft point design, it delivers reliable field performance without unnecessary complexity.