On Time 200 lb Barrel with Hanger (Without Timer)

The On Time 200 lb Barrel with Hanger (Without Timer) is a gravity-fed supplemental feeding system designed for serious wildlife management and land stewardship operations. Built for hunters, ranchers, and land managers who require reliable feed delivery without electronic timing, this barrel feeder delivers consistent nutrition to game populations across extended seasons. The 200-pound capacity means fewer trips to remote feeding stations, reducing operational downtime and allowing users to focus on herd monitoring and habitat assessment rather than frequent refills.

The barrel design maximizes storage volume while maintaining structural integrity under load—critical when operating in variable terrain and weather conditions. Its included hanger system ensures secure, level mounting to permanent or semi-permanent feed station infrastructure, preventing tilt or collapse that compromises feed distribution patterns. The absence of a timer mechanism simplifies maintenance and eliminates battery dependency, making this feeder ideal for remote locations where power access or regular service intervals are impractical. At 13.05 pounds, the barrel itself is manageable for installation and repositioning, while its 17.5 x 17.5 x 32-inch footprint balances capacity against practical transport through tight vegetation or difficult access points.

This feeder excels in supplementation programs where continuous, gravity-driven access to feed is the objective—particularly valuable during pre-season conditioning, drought relief, or winter survival feeding. Property managers benefit from the straightforward setup and absence of programmable complexity; simply hang, fill, and monitor. The non-timer variant suits operations where wildlife populations are observed regularly on-site or where timed dispersal is unnecessary, making it a cost-effective solution for smaller operations or secondary feeding zones. Compatibility with standard On Time Wildlife Feeders infrastructure ensures integration into existing feeding networks.