Browning BAR MK4 Hunter Composite 7mm Rem Mag 24" - 039007227Browning BAR MK4 Hunter Composite Rifle
The Browning BAR MK4 Hunter Composite (039007227) is a powerful semi-automatic hunting rifle chambered in 7mm Remington Magnum with a 24-inch barrel. This rugged and reliable rifle features a weather-resistant composite stock, making it an outstanding choice for hunters pursuing big game at longer ranges in demanding conditions.
Powerful 7mm Remington Magnum Performance
Chambered in the hard-hitting 7mm Remington Magnum, this BAR delivers excellent long-range ballistics and high energy retention. It is well-suited for hunting large game such as elk, moose, caribou, and deer at extended distances, offering flat trajectories and strong terminal performance.
Durable Composite Stock
The MK4 Hunter Composite model is equipped with a tough, all-weather composite stock and forearm. This construction provides superior durability and resistance to moisture, temperature changes, and rough field use while keeping the overall weight manageable for extended hunts.
Reliable Gas-Operated Action
The Browning BAR MK4 utilizes a proven gas-operated semi-automatic system known for smooth cycling and dependable function. The 24-inch barrel maximizes velocity from the 7mm Remington Magnum cartridge while maintaining good handling characteristics for a magnum-caliber rifle.
Key Features
- Browning BAR MK4 Hunter Composite
- Chambered in 7mm Remington Magnum
- 24-inch barrel
- Weather-resistant composite stock
- Gas-operated semi-automatic action
- SKU: 039007227
- UPC: 023614861904
Ideal For
- Big game hunting (elk, moose, deer)
- Long-range western hunting
- Hunters needing magnum performance
- All-weather and rugged field conditions
Browning BAR MK4 Hunter Composite
Browning delivers serious big-game performance with the BAR MK4 Hunter Composite. The 039007227 model combines a durable composite stock, reliable semi-automatic action, and the powerful 7mm Remington Magnum caliber in a 24-inch barrel configuration built for hunters who demand accuracy and dependability at extended ranges.The End