Hornady Match .277 Caliber 110 Grain BTHP Boat Tail Bullets, Part 27200, 100 Count

Hornady Match bullets are designed for reloaders who demand consistent construction, dependable flight characteristics, and precision performance. Part 27200 features an Advanced Manufacturing Process (AMP) bullet jacket, a technological advancement in design, tooling, and production that helps create exceptionally concentric jackets. Each bullet is paired with a precision-swaged lead core and manufactured to tight standards for reliable consistency from shot to shot.
The hollow point boat tail profile is engineered to support a high ballistic coefficient and efficient downrange performance. Its secant ogive helps reduce drag while providing an effective bearing surface for stability in flight. Hornady optimizes the boat tail angle and length for each caliber and bullet weight, helping these .277-caliber projectiles produce flatter trajectories and repeatable accuracy when matched with the appropriate load and firearm.
These 110-grain reloading bullets feature a copper jacket and copper coating over a lead core, with a lead tip and cannelure. They are intended for handloaders seeking a dependable component for precision-oriented ammunition development. With a listed ballistic coefficient of .360 and sectional density of .205, Hornady Match bullets offer a balanced combination of aerodynamic efficiency and bullet weight. Each box contains 100 bullets, making Part 27200 a practical choice for load development, practice, and precision shooting applications.

Features:

• Brand and Part Number: Hornady Match reloading bullets, Part 27200

• Bullet Type: Hollow point boat tail

• Caliber: .277 caliber, commonly used for 270-caliber applications

• Bullet Weight: 110 grains

• Ballistic Coefficient: .360

• Sectional Density: .205

• Jacket Material: Copper

• Bullet Coating: Copper

• Bullet Tip Material: Lead

• Core Material: Lead

• Cannelure: Yes

• Quantity: 100 bullets per box

• Application: Precision reloading and handloaded ammunition development