Nosler 204 Ruger 40gr Ballistic Tip Lead Free Varmint Ammunition (20ct)

Nosler 204 Ruger 40gr Ballistic Tip Lead Free Varmint Ammunition (20ct) is a factory-loaded cartridge designed for precision varmint hunting with environmentally responsible lead-free bullets. This load features Nosler’s Ballistic Tip bullet constructed entirely of copper alloy, making it compliant with lead-free hunting regulations while delivering rapid, controlled expansion on small to medium varmints. The 204 Ruger cartridge’s high velocity paired with this 40gr projectile provides excellent accuracy and effective terminal performance.

The 40gr Ballistic Tip achieves a muzzle velocity of approximately 3,900 feet per second and muzzle energy near 1,350 foot-pounds. These ballistics offer a flat trajectory and reliable shot placement at extended ranges, making Nosler 204 Ruger 40gr Ballistic Tip Lead Free Varmint Ammunition (20ct) suitable for targets such as prairie dogs, coyotes, and groundhogs. The spitzer boat-tail bullet design enhances downrange stability and precision.

This ammunition is compatible with rifles chambered for the 204 Ruger cartridge, including bolt-action and semi-automatic models. Each round is loaded with premium Nosler brass to ensure durability and consistent quality. Factory-loaded and ready to use, this ammo provides dependable shot-to-shot performance necessary for ethical and effective varmint control.

The lead-free copper construction of the Ballistic Tip bullet ensures minimal fragmentation and maximum penetration, reducing environmental impact while maintaining terminal effectiveness. The polymer tip initiates rapid expansion to create wide wound channels, delivering quick, humane kills and preserving pelts when applicable.

Nosler 204 Ruger 40gr Ballistic Tip Lead Free Varmint Ammunition (20ct) is an excellent choice for shooters seeking a high-velocity, lead-free varmint round with reliable accuracy and terminal performance. Its design and ballistics make it ideal for use in a variety of hunting conditions, from open fields to dense cover.