Benjamin Sheridan Marauder .22 950FPS Wood

The Benjamin Sheridan Marauder .22 950FPS Wood is a precision pre-charged pneumatic air rifle engineered for tactical training, pest control operations, and small game hunting. This multi-shot bolt-action platform delivers consistent velocity and accuracy across extended shooting sessions, making it a practical choice for operators and serious enthusiasts who require a quiet, low-report alternative to conventional firearms for training drills and field applications.

Operating on a pre-charged pneumatic system, the Marauder generates a muzzle velocity of 950 feet per second in .22 caliber, delivering sufficient terminal performance for varmint control and training scenarios where subsonic characteristics and minimal noise signature are tactical advantages. The bolt-action mechanism provides reliable shot-to-shot repeatability and straightforward manual of arms. The hardwood furniture provides a traditional handling feel while maintaining durability across field conditions. At 10 pounds, the rifle balances controllability with stability during precision shooting, and the 48-inch overall length positions it between compact and full-size configurations for varied operational environments.

This platform serves trainers and marksmen seeking a secondary training tool that reduces noise pollution at indoor ranges, supports dry-fire practice scenarios without hearing protection requirements, and provides cost-effective shot placement development. The .22 caliber generates minimal recoil, allowing focus on trigger control and sight picture discipline. Pre-charged pneumatic airguns operate independently of cartridge ammunition supply chains, offering reliable performance during logistics constraints or extended field operations.

Benjamin Sheridan has positioned the Marauder series as a mid-tier airgun platform balancing performance, accuracy, and practical field use. The .22 caliber and 950 FPS velocity specification place this rifle within the effective range for small-game hunting and training applications where subsonic operation and reduced noise are operational requirements rather than secondary benefits.