Moultrie All-In-One Timer Feeder- 5 Gallon

The Moultrie All-In-One Timer Feeder—5 Gallon is a compact, programmable feed delivery system designed for hunters and wildlife managers who want reliable game attraction without constant manual intervention. Built by Moultrie Enterprises, this feeder bridges the gap between basic gravity feeders and complex electronic systems, making it an ideal choice for managing deer, hogs, and other game across small to mid-sized hunting properties. Whether you're running food plots as part of a broader herd management strategy or establishing pattern data on target animals, this timer-controlled unit eliminates guesswork and labor.

The feeder's timer mechanism lets you schedule multiple feeding cycles per day, depositing measured amounts of feed at dawn, midday, or dusk—times when game movement is typically highest. The 5-gallon hopper capacity strikes a practical balance: large enough to reduce refill frequency in moderate-pressure hunting areas, yet compact enough (12.8 x 7.5 x 13.1 inches) for transport and deployment in tight cover or corner stands. The all-in-one design integrates the motor, timer, and hopper into a single weatherproof unit, eliminating the complexity of separate components and reducing points of failure in the field. At 5.85 pounds, it's portable for scouts who want to rotate feeder placement seasonally.

Serious deer hunters and property managers benefit most from this feeder's ability to condition game to specific times and locations—a critical advantage during pre-season scouting and early season hunts. It performs equally well for supplemental feeding during winter or as a research tool for wildlife inventory on managed land. Installation is straightforward: mount on a stable post or tree at 3–5 feet height, load the hopper with your preferred grain blend or pellets, set your desired timer intervals, and let the mechanism handle daily delivery. This feeder pairs well with supplemental mineral stations and integrates into any property-wide feeding program where consistency and reduced labor are priorities.