On Time Wildlife Sonic Shaker Rice Bran Feeder - 10 gallon

The On Time Wildlife Sonic Shaker Rice Bran Feeder with 10-gallon capacity delivers a proven alternative to traditional auger-based feeders for year-round game management. Patent-pending frequency vibration technology eliminates the mechanical failures common to gear-driven systems by using controlled oscillation to dispense rice bran without jamming or clogging—a critical advantage in remote field conditions where maintenance access is limited.

The 10-gallon capacity holds sufficient feed volume for extended deployment cycles typical of property surveillance or sustained bait sites. The sealed control panel provides weather-resistant operation, while the single 1-inch moving part—the vibration mechanism itself—represents minimal failure points compared to multi-gear assemblies. A sturdy hanging bracket ships standard; optional tree bracket and t-post adapter configurations allow rapid field repositioning without returning to base. The enclosed design keeps rice bran dry, preventing moisture degradation that compromises feed quality and attracts unwanted species over time.

This feeder suits property managers, land stewards, and wildlife researchers requiring reliable, low-maintenance feed dispensing across seasons. The absence of traditional auger mechanisms makes it particularly suitable for high-dust environments where fine particles accumulate and jam conventional feeders. Hunters, game processors, and conservation professionals benefit from the extended operational windows between service intervals—eliminating downtime that results in missed data collection or failed feeding cycles.

The On Time Wildlife brand focuses on mechanical simplicity and field reliability. Rice bran remains the preferred attractant for deer and game species across diverse terrain, and this feeder's vibration technology is engineered specifically to handle the low-flowability characteristics of bran without the resort to external power or compressed air systems that add dependency and maintenance burden to remote installations.