Hornady 35730 .357 Caliber 125 Grain FP-XTP Reloading Bullets

Hornady Part Number 35730 .357 caliber 125 grain FP-XTP reloading bullets are designed for hunters, self-defense applications and law enforcement use. Built around Hornady’s proven XTP bullet design, these projectiles deliver the accuracy and dependable performance that have made the XTP line popular with competitive shooters, hunters and handloaders. The flat-point profile supports consistent bullet seating and reliable performance in compatible firearms and loads.
The XTP design was developed to provide reliable expansion across a broad range of handgun velocities while maintaining deep penetration. Precise manufacturing helps promote uniformity from one projectile to the next, supporting consistent handloaded ammunition and repeatable results at the range or in the field. The lead core contributes to the bullet’s overall performance, while the controlled-expansion design is intended to balance expansion with penetration when properly matched to the firearm, cartridge and load data.
Each Hornady 35730 bullet features a .357-inch bullet diameter, 125-grain weight, FP-XTP bullet type, .148 ballistic coefficient and .140 sectional density. These are reloading bullets intended for use by experienced handloaders who follow current, published load data and safe reloading practices. Always confirm compatibility with your firearm, brass, powder, primer and seating specifications before loading. Hornady combines dependable component quality with the established performance of the XTP line, making this projectile a practical choice for a variety of .357-caliber handgun reloading applications.

Features:

• Brand and Part Number: Hornady 35730 reloading bullets

• Bullet Type: FP-XTP flat-point projectile

• Bullet Diameter: .357 inch

• Bullet Weight: 125 grains

• Core Material: Lead

• Ballistic Coefficient: .148

• Sectional Density: .140

• Application: Reloading bullets for compatible .357-caliber handgun loads

• Performance Design: Engineered for reliable expansion and deep penetration across a broad range of handgun velocities