Crickett KSA793 .22 WMR 10.5" 1-Round Threaded Barrel Bolt-Action Rifle

The Crickett KSA793 .22 WMR 10.5" 1-Round Threaded Barrel Bolt-Action Rifle is a precision small-caliber platform engineered for shooters who demand accuracy and reliability in a compact, low-recoil package. Designed with a threaded barrel for suppressor compatibility, this rifle serves sport shooters, small-game hunters, and training-focused marksmen who prioritize shot placement and ammunition efficiency. The lightweight 3.24 lb construction and abbreviated 20.2" profile make it ideal for precision work where every shot counts without excessive report or felt recoil.

Built on proven bolt-action mechanics, the Crickett KSA793 delivers consistent lock-up and minimal mechanical tolerance stack, essential for wringing maximum accuracy from the inherently precise .22 Magnum cartridge. The 10.5" threaded barrel allows direct mounting of sound suppressors or muzzle devices without the need for adapters, preserving zero and enabling rapid suppressor changes in the field. Single-round loading—reflected in the 1-round designation—enforces disciplined trigger control and magazine discipline, making this rifle an exceptional training tool for developing fundamental marksmanship skills that transfer across all centerfire platforms.

This platform benefits shooters seeking reduced noise signature during training or hunting scenarios where hearing protection or sound mitigation is desired. Law enforcement and military personnel conducting precision rifle courses, as well as civilian marksmanship competitors, will find the threaded barrel configuration and lightweight handling characteristics conducive to rapid target transitions and positional shooting drills. The compact dimensions and modest weight make it suitable for extended field operations, while the .22 WMR cartridge provides sufficient velocity and energy for small-game applications. FFL required for purchase—ensure compliance with all federal, state, and local firearms regulations before ordering.