Beretta A300 Outlander Semi-Auto Shotgun – TrueTimber DRT Camo | 12 Gauge

When dependability meets the field, serious hunters reach for the Beretta A300 Outlander — a semi-automatic 12 gauge shotgun engineered to perform flawlessly in the harshest conditions. Dressed in striking TrueTimber DRT Camo, this gun is purpose-built for waterfowlers, upland hunters, and versatile shooters who refuse to compromise.

Italian Engineering, Built for the Wild

The Beretta Outlander A300 is powered by Beretta’s proven self-compensating gas-operated system — the same reliable action platform trusted by hunters and competitive shooters worldwide. This intelligent system automatically adjusts to varying loads, cycling everything smoothly from light 2¾” target loads to heavy 3″ magnum hunting rounds without a hitch.

The TrueTimber DRT (Deep Root Tan) pattern delivers exceptional concealment across open fields, marshes, and mixed terrain environments — making the A300 Outlander Beretta an outstanding companion for early-season dove hunts, late-season waterfowl blinds, and everything in between.

Built Tough, Designed Smart

The A300 Beretta Outlander features a synthetic stock and forend finished in full TrueTimber DRT Camo, offering superior weather resistance and durability through rain, mud, and cold. The soft-touch rubber grip surfaces provide confident handling in wet or cold conditions, while the gun’s overall ergonomics promote fast, natural target acquisition.

Key Specifications

• Action: Semi-Automatic (Gas-Operated)
• Gauge: 12
• Chamber: 3″
• Barrel Length: 28″
• Finish: TrueTimber DRT Camo (stock & barrel)
• Chokes: 3 x Mobilchoke (IC, M, F)
• Weight: Approx. 7.7 lbs
• Capacity: 3+1

The Final Word

Few semi-automatic shotguns at this price point match the proven track record of the Beretta A300 Outlander. Combining Italian craftsmanship, effortless reliability, and effective camouflage concealment, this is the field shotgun that delivers every single season — in any weather, on any quarry.

Upgrade your hunt. Own the field.