Conventional Polymer tips In High Bc Bullets Melt In Flight. Hornady engineers Discovered That Conventional Bullet Tip materials In streamlined, High Bc Bullets Melt And Deform. Although Not a Significant Issue Affecting Moderate Bc Conventional Tipped Varmint And Hunting Bullets, Aerodynamic heating causes Bc Reduction And degradation Of Accuracy, particularly at Extended Ranges (400 yds +). To Counter This Effect, Hornady Identified a Heat Resistant Polymer And Developed The Patent pending Heat Shield Tip. This Revolutionary New Tip creates The Perfect meplat (Tip) With exceptionally Consistent results From Bullet-To-Bullet And Lot-To-Lot.
The Heat Shield Tip defies The effects Of Aerodynamic heating And retains Its Shape To Provide a Perfect meplat (Tip) That Is always The Same Shape. A streamlined Secant Ogive With Optimum boattail Design, Plus The highly concentric Amp Bullet jackets, Combined With The Patent pending Heat Shield Tip creates a supremely Accurate, High Bc Match Bullet. ELD-Match Bullet BCs Are Measured With Doppler Radar And Corrected To Standard Atmospheric conditions.
Features :
- Heat Shield Tip forms The Perfect meplat
- No Tip deformation From Aerodynamic heating
- Extremely Low Drag Bullet Profile delivers High Ballistic coefficients
- Swaged Lead Core Provided Uniformity And Balance
- Amp Jacket Design For Optimum concentricity And Accuracy
Specifications :
- Caliber: 338
- Bullet Diameter: 0.338
- Bullet Weight: 285 Grains
- Bullet Style: Polymer Tipped Boat Tail
- Bullet Coating: Non-Coated
- Quantity: 50 Bullet
Ballistics Information :
- Sectional Density: 0.356
- Ballistic Coefficient: 0.789
Note: These Are Component Bullets, Not Loaded Ammunition
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