Gss Rifle Rod/fabric Kt 15"x30" 20pk

The Gun Storage Solutions Rifle Rod/Fabric Kit 15"x30" (20-pack) is a modular storage optimization system designed to maximize capacity within rigid gun safes, display cabinets, and vault rooms. Built from injection-molded plastic, these horizontal rifle rods provide a structural framework that holds firearms securely while paired with included shelf liner material to create stable, organized tiers. This configuration allows operators and collectors to stack firearms horizontally, effectively doubling or tripling usable storage space compared to traditional vertical-only arrangements.

Each rod measures 15 inches in length with a 30-inch width footprint, accommodating most standard safe dimensions. The injection-molded plastic construction provides corrosion resistance and won't scratch or damage firearm finishes—a critical consideration when organizing valuable, precision-finished rifles. The 20-pack quantity enables outfitting larger safes with multiple horizontal tiers or retrofitting several standard-capacity units. The inclusion of fabric liner material reduces friction and provides cushioning, protecting optics, rails, and stocks during storage and retrieval cycles.

This kit serves serious firearms custodians—LEOs managing department armories, military personnel organizing home collections, and private collectors balancing security with accessibility. The system works with any safe brand or vault configuration; it requires only horizontal space and shelf support. For shooters managing multiple rifles of varying profiles, this storage solution eliminates the inefficiency of single-tier vertical stacking and enables rapid inventory assessment and access during rotation, maintenance, or transport preparation.

Gun Storage Solutions focuses on retrofittable, space-agnostic storage architecture—their products adapt to existing infrastructure rather than requiring safe replacement. The Rifle Rod/Fabric Kit exemplifies this philosophy, offering immediate capacity gains without structural modification.