Nosler 22 Cal 40gr FB Tipped Varmageddon (100ct)

Nosler 22 Cal 40gr FB Tipped Varmageddon (100ct)

The Nosler 22 Cal 40gr FB Tipped Varmageddon (100ct) is a precision bullet component crafted for varmint hunters and high-volume handloaders who demand explosive terminal performance, aerodynamic efficiency, and tight group consistency in .22-caliber rifles. This is strictly bullet-only—not factory-loaded ammunition. Each box contains 100 bullets ideal for cartridges such as 223 Remington, 22‑250 Remington, and 224 Valkyrie.

Featuring Nosler’s full-base hollow-point boat-tail design, the 22 Cal 40gr FB Tipped Varmageddon bullet integrates a polymer tip and streamlined ogive to enhance ballistic coefficient and maintain stable flight. The hollow-point cavity creates controlled fragmentation for rapid expansion, delivering devastating terminal effects on light game and pests.

Machined to a precise 0.224″ diameter with an overall length near 0.850″, the projectile stabilizes best in barrels with twist rates of 1:12″ or faster. The 22 Cal 40gr FB Tipped Varmageddon bullet has a G1 ballistic coefficient of approximately 0.280 and a sectional density near 0.130—metrics that support flat trajectories, strong retained velocity, and wind resistance suitable for varmint distances.

Reloaders using the 22 Cal 40gr FB Tipped Varmageddon bullet with powders such as Hodgdon Barrier, IMR 8208 XBR, or Accurate 2230 consistently report smooth seating, dependable magazine-length feeding, and tight accuracy in both bolt-action and semi-automatic varmint rifles. Its design promotes clean chambering and consistent velocities during high-volume shooting sessions.

This bullet component must be assembled with quality brass, primers, and powder using verified load data and safe reloading methods. Nosler’s strict quality assurance—including tip alignment inspection, jacket concentricity checks, and lot-specific weight sorting—ensures each 22 Cal 40gr FB Tipped Varmageddon bullet meets expectations for precision, terminal performance, and field reliability.