FREE SHIPPING WITH ORDERS OVER $149  

Field Dynamics Varmint, 223 Rem, 50 Grain, Hornady® V-Max®, 3300 fps

Part # 223FHVA
  • Grain Weight: 50
  • Bullet Style: Hornady® V-Max®
  • Muzzle Velocity: 3300
$230.99
  • Available

Expected Availability:

WARNING for California Residents

Adding Pre-Order products to your cart will reserve your purchase for future shipment. The estimated shipping date is based upon the expected availability date listed. Your credit card will not be charged until your Pre-Order item(s) have shipped. Product availability and shipping dates subject to change.

Restrictions

Product Overview

Fiocchi’s Field Dynamics™ varmint and predator rifle ammunition is engineered for speed, precision, and explosive on-target results. Designed for fast-moving targets and longer shots across open country, these loads deliver flat trajectories, excellent accuracy, and reliable terminal performance on coyotes and small game. Built with Fiocchi’s proven manufacturing standards, Field Dynamics gives predator hunters the confidence to make clean, decisive shots when opportunities are brief and distances stretch.

  • Flat-shooting, high-velocity performance
  • Consistent accuracy on small targets
  • Reliable field performance

Specs

Caliber 223 Rem
Grain Weight 50
Bullet Style Hornady® V-Max®
Muzzle Velocity 3300
Ballistic Coefficient .240
Package Quantity 50
Usage Varmint

Ballistics

Velocity in feet per second
Muzzle 100 Y 200 Y 300 Y 400 Y 500 Y
3300 2886 2508 2160 1841 1557
Energy in Foot Pounds
Muzzle 100 Y 200 Y 300 Y 400 Y 500 Y
1209 924 698 518 376 269
Wind Drift in Inches (at 10 mph)
Muzzle 100 Y 200 Y 300 Y 400 Y 500 Y
0.0 1.1 4.7 11.5 21.8 37.2
Wind Drift in Inches (at 10 MPH Crosswind)
Average Range
50 Y 100 Y 200 Y 300 Y
-0.3 -2.7 -11.0
Height of bullet trajectory in inches above or below line of sight if zeroed at 100 yards. Sights 1.5 inches above bore line.
Long Range
50 Y 100 Y 200 Y 300 Y 400 Y 500 Y
0.4 1.4 -6.9 -21.3 -46.5
Height of bullet trajectory in inches above or below line of site when zeroed at range indicated.