Out of stock
Hornady 270 Cal (.277) SST Bullets - 150gr - 100ct - 27402
Out of stock

Hornady 270 Cal (.277) SST Bullets - 150gr - 100ct - 27402

Details
SKU 35821
Brand Hornady
Model Number 27402
UPC 090255274028
Handling firearms or firearms parts can expose you to lead and other petroleum products known to the State of California to cause cancer, birth defects, or other reproductive harm. Wash hands thoroughly after handling. For more information go to www.p65warnings.ca.gov (CA Health and Safety Code Section 25249.6).
This product is fulfilled by a PSA Partner and shipping times may vary.

Product Details

Details

  • Brand: Hornady
  • Type: Reloading Bullets
  • Model: SST
  • Caliber: 270 Caliber
  • Weight: 150 gr
  • Bullet Tip Material: Polymer
  • Bullet Diameter: .277
  • Bullet Type: Super Shock Tip
  • Coefficient: .525
  • Core Material: Lead
  • Jacket Material: Copper
  • Sectional Density: .279
  • Quantity: 100

Features

The Hornady® SST® (Super Shock Tip) is designed to deliver tremendous shock on impact while expanding quickly and reliably, particularly at higher velocities.

Flat shooting and deadly accurate, it's an ideal bullet for whitetails, as well as most North American game animals from antelope to moose and similar-sized African plains game. The SST® creates a devastatingly large wound channel.

Features:

  • POLYMER TIP: Upon impact, the hard polymer tip drives into the lead core like a wedge, initiating lightning-fast, yet controlled expansion.
  • SECANT OGIVE, BOATTAIL PROFILE: Incorporating the pioneering Hornady secant ogive design, the tapered point, increased bearing surface and more aerodynamic profile, combined with a boattail base, makes the SST® more efficient with less drag and greater stability.
  • CANNELURE: A mid-body cannelure helps keep the core and jacket together while providing a consistent, accurate crimp during the loading process.
  • INTERLOCK® RING: This Hornady exclusive design mechanically locks the core and jacket together to maintain bullet integrity during expansion, ensuring maximum weight retention and increasing the chances of complete pass-throughs.

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