Cutting Edge Maximus GEN2 Rifle Bullets 6.5mm .264" Cal 105 gr BTHP 50/ct

The Cutting Edge Maximus GEN2 Rifle Bullets in 6.5mm .264" caliber represent a hybrid ballistic platform designed to bridge the gap between high ballistic coefficient performance and terminal trauma capability. This 105-grain boat-tail hollow point offering combines the velocity-retention advantages of Cutting Edge Bullets' precision match line with the expansion characteristics of their dedicated hunting platform, creating a versatile round suited for long-range rifle applications across 6.5 Grendel platforms and similar intermediate cartridges.

At 105 grains, this projectile weight sits in the optimal range for 6.5mm case capacity, balancing sectional density with powder charge efficiency. The boat-tail hollow point construction reduces drag while maintaining structural integrity through intermediate barriers—a critical consideration for tactical and field applications where intermediate-range engagements are common. The Maximus GEN2 design iteration incorporates refinements to the polymer tip and hollow point cavity for consistent expansion across velocity ranges, ensuring predictable terminal performance from 300 yards to extended distances where velocity degradation is a practical concern.

Precision shooters evaluating 6.5mm ammunition for competition, field rifle work, or platform development will find the Maximus GEN2 addresses the common tradeoff between accuracy-focused ammunition and hunting-capable projectiles. The 50-count packaging allows for controlled testing and evaluation without excessive bulk, making this option practical for precision rifle development, load testing, and mid-range training cycles where terminal performance validation matters.

Cutting Edge Bullets maintains a reputation in the precision rifle community for manufacturing exacting tolerances and consistent performance across production runs. The 6.5mm Maximus GEN2 line reflects this commitment, offering reloaders and ammunition developers a proven platform for both precision accuracy work and field-capable ammunition development.