Nosler 30 Cal 210gr RDF (100ct)

Nosler 30 Cal 210gr RDF (100ct)

The Nosler 30 Cal 210gr RDF (100ct) is a premium bullet component designed for precision handloaders seeking long-range accuracy, aerodynamic efficiency, and dependable terminal performance. This product is a bullet-only offering—not factory-loaded ammunition. Each box contains 100 bullets, tailored for custom 30-caliber rifle applications such as 30‑06 Springfield, 300 Winchester Magnum, and wildcat precision platforms.

Each 30 Cal 210gr RDF bullet features Nosler’s Reduced Drag Factor profile, which combines a refined ogive and minimal meplat to reduce aerodynamic drag and optimize downrange stability. The boat-tail base and concentric copper-alloy jacket over a swaged lead core ensure consistent weight distribution, tight concentricity, and effective flight characteristics needed for match-grade accuracy.

Machined to 0.308″ diameter with an overall length around 1.300″, the Nosler 30 Cal 210gr RDF pellet stabilizes in barrels with twist rates of 1:10″ or faster. A G1 ballistic coefficient of approximately 0.425 and a sectional density of 0.243 support flat trajectories, retained energy, and minimized wind drift—making the bullet well suited to long-range precision shooting and ethical medium-game hunting.

Reloaders pairing the 30 Cal 210gr RDF component with powders such as Hodgdon H4350, IMR 4451, or Vihtavuori N560 report consistent sub-MOA groupings and stable velocity curves. The RDF design significantly reduces wind drift and vertical dispersion in custom bolt-action rifles when loaded to magazine-length specifications for competition or field use.

As a bullet component only, the Nosler 30 Cal 210gr RDF requires handloaders to use proper brass, primers, and propellants, and to follow verified load data and safety procedures. Nosler’s strict lot-control, weight-sorting, visual inspection, and jacket concentricity standards ensure every 30 Cal 210gr RDF bullet meets the high expectations of precision shooters seeking consistency, aerodynamic performance, and terminal reliability.