Savage Arms 57001 110 Predator .223 Rem 22" 5-Round Camo Bolt-Action Rifle

The Savage Arms 110 Predator in 223 Remington is a precision bolt-action rifle engineered for accuracy-critical applications including predator hunting, varmint control, and long-range target work. This 22-inch rifle combines Savage's signature accuracy platform with a user-adjustable ergonomic system designed to eliminate fit variables that degrade group consistency. The 4+1 magazine capacity and matte black finish deliver a professional appearance suitable for field operations across diverse terrain.

The rifle's core strength lies in its AccuFit system and rigid AccuStock rail assembly. Five interchangeable comb riser options ensure proper cheek-to-stock weld geometry regardless of shooter build or optic height, directly improving sight alignment and shot-to-shot consistency. Four composite length-of-pull inserts allow tailoring to individual arm length and shooting position, eliminating stock-induced accuracy issues common in fixed platforms. The AccuStock's three-dimensional action engagement throughout the foreend creates a stable mechanical relationship between barrel, action, and stock—critical for preserving inherent accuracy potential across shooting positions and environmental conditions. At 11.6 pounds, the rifle manages recoil impulse effectively in the 223 Remington cartridge while remaining portable for extended field use.

This platform serves hunters and shooters who demand repeatable accuracy from variable shooting positions and extended range engagements. The Mossy Oak Terra camouflage pattern and 22-inch barrel balance ballistic effectiveness with handling in brush and timber environments. Serious predator hunters, varmint control operators, and long-range precision shooters prioritize the Savage 110 Predator for its modular fit system and proven action design. The adjustable stock architecture specifically addresses the accuracy degradation caused by improper fit—a factor often overlooked in fixed-stock designs but critical when consistency matters in field conditions.