HOWA M1500 Gamepro 2 Bolt Action Rifle in 22-250 with Green Hogue Overmold Synthetic Stock

HOWA

$699.99
SKU:
682146398489
UPC:
682146398489
Weight:
0.49 LBS
HOWA GAMEPRO 22-250 TB PKG GRN HOGUE GAMEPRO 2 SCOPE COMBO

The HOWA M1500 Gamepro 2 in 22-250 caliber offers reliable performance and precision for hunting and target shooting enthusiasts. Featuring a durable matte blue finish, this bolt action rifle is built for durability and consistent accuracy. The synthetic stock with a vibrant green Hogue Overmold provides a secure grip and weather-resistant performance, making it suitable for various outdoor conditions. With an overall length of approximately 42.25 inches and a weight of 7.8 pounds, it balances portability and stability for comfortable handling during extended shooting sessions. The rifle comes equipped with a 5-round capacity magazine, ensuring quick reloads when needed, and includes a Zerolok integrated base system for secure scope mounting. The two-stage HACT trigger enhances precision control, allowing for a clean, predictable shot. Additionally, the rifle features a Nikko Stirling 3.5-10x44mm scope, offering variable magnification for versatility across different shooting scenarios. This package provides a dependable firearm suitable for both hunting and target shooting, combining quality components and thoughtful design for optimal performance in the field.

Features:

  • Caliber: 22-250 for versatile hunting and target shooting
  • Finish: Matte blue designed for durability and weather resistance
  • Stock: Synthetic green Hogue Overmold stock for secure grip and weather resistance
  • Action: Bolt action for reliability and precision
  • Capacity: 5+1 round magazine for quick reloading
  • Scope: Nikko Stirling 3.5-10x44mm for versatile magnification
  • Base System: Zerolok integrated bases for secure scope mounting
  • Trigger: Two-stage HACT trigger for improved shot control
  • Overall Length: Approximately 42.25 inches for balanced handling
  • Weight: 7.8 pounds for portability without sacrificing stability