17 hornet

The 17 Hornet, a modernized version of the older .22 Hornet, is known for its flat trajectory, minimal recoil, and high velocity. It’s popular among varmint hunters and precision shooters for its accuracy and performance at long ranges. Central to the performance of this cartridge is the quality of its brass. In this article, we will explore everything you need to know about 17 Hornet brass, including its history, manufacturing process, availability, and reloading considerations.
History and Development of the 17 Hornet
The 17 Hornet was developed by Hornady in 2012 as an update to the aging .22 Hornet. The goal was to create a small, high-velocity cartridge that could rival the .223 Remington in terms of speed and accuracy but with significantly less recoil. The .17 Hornet achieves this by necking down the .22 Hornet case to accept a smaller, 17-caliber bullet.
This modification results in a cartridge that is capable of pushing a 20-grain bullet at speeds exceeding 3,650 feet per second. This high velocity, combined with the lightweight bullet, allows for extremely flat trajectories and pinpoint accuracy, making it ideal for small game and varmint hunting.

The Importance of Quality Brass
Brass is a critical component in any cartridge, serving as the case that holds the primer, powder, and bullet together. The quality of the brass used in a cartridge can significantly affect its performance, accuracy, and reloadability. For the 17 Hornet, the brass must withstand high pressures and provide a consistent seal to ensure maximum performance.
When selecting 17 Hornet brass, shooters often consider factors such as case thickness, uniformity, and overall durability. High-quality brass will have uniform wall thickness, minimal runout, and a strong primer pocket that can withstand multiple reloads. Brass that is too thin or inconsistently formed can lead to issues such as split necks, inconsistent powder burn, and reduced accuracy.

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