Spring Rubber Barrel 50A Black 1in Coil Space

The RE SUSPENSION Spring Rubber Barrel 50A Black 1in Coil Space (SKU: RESRE-SR250B-1000-50) is a precision elastomer component designed for suspension tuning, vibration isolation, and mechanical load management in tactical equipment, vehicle platforms, and industrial applications. Built from 50-durometer rubber compound, this spring element delivers consistent rate characteristics while maintaining durability under sustained compression cycles. The 2.5-inch barrel diameter and 1-inch height create a compact footprint suited for confined mounting spaces where standard coil springs cannot fit.

The 50A durometer rating represents a medium-firm elasticity—softer than high-durometer phenolics but stiffer than low-durometer compounds—making it effective for systems requiring controlled energy absorption without over-compression. Black rubber formulation resists UV degradation and weathering, critical for outdoor and tactical vehicle applications exposed to direct sunlight and environmental stress. The discrete coil spacing ensures stable lateral alignment and prevents sideways deflection under eccentric loads. At 0.49 lbs, the unit integrates easily into modular suspension architectures without adding significant inertia to the system.

This spring rubber component serves equipment developers, vehicle customizers, and field operators who need precision vibration damping in tight installation zones. Common applications include shock-mount isolation on tactical platforms, equipment racks in vehicles, and recoil management fixtures where space constraints prohibit traditional helical springs. The individual unit format allows staged assemblies—stacking multiple barrels in series to achieve custom spring rates tailored to specific load requirements and damping profiles.

RE SUSPENSION has established a reputation for precision elastomer engineering across OEM and aftermarket sectors. Rubber-based suspension elements remain the baseline choice for applications where linear spring constants and repeatable hysteresis are more critical than lightweight design. Buyers should verify compatibility with their specific mounting interface and load envelope before integration.