Nosler E-TIP .30-06 Springfield 180 Grain lead-free – 20 Rounds (Box) [NO TAX outside Texas]

Ammo Specifications

More Information on Nosler .30-06 Springfield

Unveil the epitome of long-range accuracy and ethical hunting with Nosler E-TIP .30-06 Springfield Ammunition. This 20-round box boasts 180-grain lead-free bullets, offering both the seasoned hunter and the long-range enthusiast an eco-friendly, yet powerful option.

Caliber: .30-06 Springfield The .30-06 Springfield is a true American classic, first introduced in 1906 by the U.S. military. It has a storied history, seeing action in both World Wars and becoming a staple in hunting communities for its versatile range and power.

Brand: Nosler Nosler has been an industry leader since 1948, renowned for their high-quality bullets and innovation in ballistics. The E-TIP bullet line, in particular, has won various awards for its exceptional performance and lead-free design.

Specifications:

• Weight: 180 grain
• Type: E-TIP, Lead-Free
• Muzzle Velocity: 2750 fps
• Muzzle Energy: 3022 ft/lbs
• Casings: Brass, non-corrosive
• Packaging: 20 count box

Features: Nosler’s E-TIP bullets provide exceptional accuracy and devastating terminal performance. They’re lead-free, making them an excellent choice for jurisdictions that require non-toxic projectiles. These bullets are also constructed to provide uniform expansion, ensuring ethical and efficient harvesting of game.

Historical and Cultural Mentions: The .30-06 Springfield has been used in various conflicts around the globe and has cemented its place in hunting folklore. It’s a popular caliber for hunting North American game like elk and deer. Books, movies, and even video games have often showcased the .30-06 as the caliber of choice for heroes and hunters alike.

Reach for Nosler E-TIP .30-06 Springfield Ammunition for your next hunting trip or long-range shooting adventure. With its award-winning design and historical significance, it’s not just ammunition; it’s a tradition. Available at KIR Ammo, where quality and performance converge.