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Hornady Match .22 Cal JHPBT Rifle Bullet, 75 gr 0.224" 4000rds
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In stock online

Hornady Match .22 Cal JHPBT Rifle Bullet, 75 gr 0.224" 4000rds

Regular Price $891.99 Special Price $802.99
Details
SKU 51655205626
Brand Hornady
Model Number 2279B
UPC 090255690507
Ammo Bullet Type Boat Tail, Hollow Point, Jacketed, Match Grade, Training
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Product Details

Details

  • Ecommerce Platform: Rifle
  • Caliber 1: .22 Cal
  • Bullet Type 1: Match Grade
  • Bullet Type 2: Training
  • Bullet Type 3: Boat Tail
  • Bullet Type 4: Hollow Point
  • Bullet Type 5: Jacketed
  • Grain Weight: 75
  • Round Count: 4000
  • Bullet Material: Lead
  • Diameter (inches): 0.224
  • Lead Free: No
  • Ballistic Coefficient: 0.395

Features

Hornady Match bullets represent the pinnacle of precision engineering, offering unparalleled consistency and accuracy for serious competitors and shooters. The advanced AMP (advanced manufacturing process) bullet jackets are at the heart of this innovation, providing concentricity and uniformity that are unmatched in the industry. Developed by Hornady engineers, the AMP process ensures that each bullet jacket is nearly free from runout and exhibits virtually no variation in wall thickness. This cutting-edge technology, combined with precision swaged cores, results in a bullet that delivers superior performance, exceptional ballistic coefficients, and the tightest tolerances in the industry. Whether you're competing or hunting, Hornady Match bullets deliver the highest level of accuracy and consistency for every shot.

  • The swaging process ensures outstanding uniformity and balance, resulting in reliable performance and precision
  • Amp jacket - this jacket features almost no runout and minimal wall thickness variation
  • The boat tail's angle and length are specifically tailored and optimized for each caliber and weight of Match bullets to enhance ballistic coefficient and overall performance
  • The secant ogive profile is engineered to minimize drag and achieve flatter trajectories
  • This design ensures an optimal bearing surface, enhancing stability during flight and maximizing the ballistic coefficient
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