Hornady 25 Cal 60gr FP

Hornady 25 Cal 60gr FP

The Hornady 25 Cal 60gr FP is a bullet component designed for handloaders seeking reliable performance, fast expansion, and precision in .25-caliber rifles. Featuring a .257‑inch diameter and weighing 60gr, the 25 Cal 60gr FP employs a flat-point profile that promotes immediate energy transfer and predictable terminal results on small to medium game. Whether used in .25‑06 Remington or .257 Weatherby Magnum, the 25 Cal 60gr FP delivers dependable performance at moderate to close ranges.

The 25 Cal 60gr FP’s flat-point design ensures rapid energy deposit on impact, ideal for varmint hunting and deer-sized game. Its short ogive supports tight groupings, while the flat nose contributes to resistance against over-penetration. Handloaders utilizing the 25 Cal 60gr FP in standard twist rates of 1:9 to 1:10 will find consistent feeding and accuracy in both bolt-action and lever-action platforms.

Loaded to typical velocities of 3,000–3,200 fps in .25‑06 Remington, the Hornady 25 Cal 60gr FP achieves rapid expansion while maintaining sufficient penetration. The flat-point surface also creates clean wound channels, reducing pelt damage. Hunters report that the 25 Cal 60gr FP performs exceptionally well on coyote, pronghorn, and deer at ranges up to 250 yards, offering a reliable option for versatile hunting scenarios.

Manufactured in Hornady’s Grand Island, Nebraska facility under strict quality control, each 25 Cal 60gr FP bullet is sold as a component only. Reloaders must provide matching brass, powder, and primers. Hornady’s production ensures uniform weight, concentricity, and tip alignment for tight groups and consistent flight. The 25 Cal 60gr FP can be matched with various powders for tailored ballistics and reliable terminal results.

Overall, the Hornady 25 Cal 60gr FP bullet component balances flat-point efficiency, precision accuracy, and ethical performance. It is a practical choice for reloaders building hunting loads in .25-caliber platforms who require expansion on impact without sacrificing grouping or flight consistency.