Pet Lodge - Rabbit 30" Hutch Frame Kit with Legs and Pan Rails for Bunny Hutches

Make rabbit housing more efficient and easier to maintain with the Pet Lodge Rabbit Hutch Frame Kit. Designed to elevate compatible rabbit hutches above the dropping pan, this practical frame system helps simplify routine cleaning while maximizing available space in your rabbitry, barn, or animal housing area.By suspending the hutch above the dropping pan, the frame kit allows the pan to slide in and out easily for convenient waste removal and maintenance. This elevated design helps streamline daily cleaning tasks, making it easier to maintain a cleaner environment for your rabbits while reducing the time and effort required for upkeep.The frame kit is also an excellent solution for breeders and rabbit owners looking to conserve valuable floor space. Multiple frame kits can be bolted together, allowing compatible hutches to be stacked up to four units high. This space-saving design helps maximize housing capacity without expanding your facility footprint, making it well-suited for both small and large rabbit operations.Built for dependable performance, the frame legs are constructed from heavy-gauge galvanized steel that resists rust and corrosion. Each leg measures 23.5 inches long by 2.19 inches wide, providing sturdy support for compatible hutches while standing up to everyday use in agricultural environments.The complete kit includes four legs, two pan rails, and four sets of bolts, washers, and nuts, providing the components needed for assembly. Installation requires a straight-blade screwdriver and two 7/16-inch wrenches (not included).Designed specifically for use with Pet Lodge 30-inch x 30-inch and 30-inch x 36-inch Rabbit Hutches (Models AH3030 and AH3036, sold separately), this frame kit provides a reliable foundation for an organized and efficient rabbit housing setup. Durable, practical, and designed for convenience, this hutch frame kit is a suitable addition for rabbit owners focused on cleanliness, organization, and space efficiency.