Hornady ELD-M 30 Caliber .308 168 Grain Match Grade Bullets - 100 Count Box

Hornady

MSRP: $62.95
$42.99
(You save $19.96 )
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SKU:
30506
UPC:
090255305067
caliber:
30 Caliber
grain_weight:
168Gr
manufacturer:
Hornady
model:
ELD-M
type:
ELD Match
units_per_box:
100
units_per_case:
1500
diameter:
.308
material:
Lead and Copper
Hornady ELD-M, .308 Diameter, 30 Caliber, 168 Grain, Ballistic Tip, 100 Count 30506

Hornady's ELD-M (Extremely Low Drag Match) bullets are engineered for precision shooting and optimal ballistic performance. Designed specifically for 30 caliber rifles, these .308 diameter projectiles weigh 168 grains, making them suitable for long-range target shooting and varmint hunting. The bullets feature a lead core with a copper jacket, ensuring consistent performance and durability during high-velocity shooting sessions.

The ELD-M bullets are crafted with advanced ogive and secant boattail profiles to reduce drag and improve aerodynamics for flatter trajectories and increased accuracy. Whether you're a competitive shooter or a precision hunter, these bullets deliver consistent groupings and reliable performance shot after shot. The box contains 100 bullets, with cases available for larger volume needs, making them ideal for reloaders who prioritize quality and consistency.

Hornady's commitment to continuous improvement and innovation ensures these bullets meet the highest standards of safety and performance, enabling handloaders to customize ammunition tailored to their specific shooting requirements. With a diameter of .308 inches and materials composed of lead and copper, these bullets are designed for optimal accuracy and terminal performance across a variety of shooting disciplines.

Features:

  • Caliber: 30 Caliber for precise fit and performance
  • Grain Weight: 168 grains for long-range accuracy
  • Type: ELD Match designed for high precision
  • Material: Lead core with copper jacket for durability
  • Units per Box: 100 bullets for reloaders
  • Designed for optimized aerodynamics and flat trajectories

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