The Weatherby Vanguard Badlands in 300 Winchester Magnum offers hunters and precision shooters a reliable and durable firearm designed for demanding outdoor conditions. With an overall length of approximately 44.5 inches and weighing around 7.5 pounds, this rifle balances portability with stability, making it suitable for extended use in the field. The Burnt Bronze Cerakote finish provides enhanced corrosion resistance and a rugged aesthetic, ensuring the firearm withstands harsh environments while maintaining its appearance. The Camo Stock Badlands Approach Camo adds concealment and a tactical look, perfect for hunting or tactical applications. The Vanguard Badlands features a precision bolt action with a fluted bolt body, contributing to smoother operation and reduced weight, along with an adjustable two-stage trigger for improved accuracy and control. The rifle's capacity is 3 + 1 rounds, suitable for big game hunting or precision shooting scenarios. Notably, it comes with a SUB-MOA guarantee, ensuring consistent accuracy at one MOA or better. Please note that this model does not include sights or an illuminated reticle, allowing users to customize optics to fit their specific needs and preferences. Designed for versatility and reliability, the Weatherby Vanguard Badlands 300 Win Mag is an excellent choice for hunters seeking a high-performance rifle that combines durability, precision, and tactical sophistication. Its robust build and thoughtful features make it well-suited for professional and recreational use alike, ensuring dependable performance for years to come.
Features:
- Bolt action with fluted bolt body for smooth cycling and reduced weight
- Burnt Bronze Cerakote finish for corrosion resistance and durability
- Camo Stock Badlands Approach Camo for concealment and tactical appearance
- Adjustable two-stage trigger for enhanced shooting precision
- SUB-MOA guarantee for consistent accuracy at 100 yards
- Capacity of 3 + 1 rounds suitable for big game hunting
- No sights included, allowing customization with preferred optics
