Utility Jug Mount

The Utility Jug Mount (model SRJJB6000) is a purpose-built accessory designed for automotive enthusiasts, mechanics, and serious track-day drivers who need secure, organized storage of fuel additives, coolant, or auxiliary fluids during performance driving or vehicle maintenance. This mount addresses a critical gap in workshop and garage organization—keeping essential liquid additives accessible yet safely secured during high-vibration environments, transport, or intense driving sessions. Whether you're prepping for a road course event, managing a multi-car shop, or maintaining vintage and modified vehicles, a dedicated utility jug mount eliminates the risk of spilled fluids, contaminated engine bays, and wasted product.

This mount features a robust design engineered to handle the demands of high-vibration automotive environments while maintaining secure retention through multiple acceleration cycles. The compact footprint—measuring 10.1 x 3.25 x 11.35 inches—allows for flexible positioning in tight engine bay spaces, under-seat storage, or trunk mounting without compromising access to critical components. At 2.92 lbs, the mount itself adds minimal weight to your vehicle, making it ideal for weight-conscious builds and track applications. The construction prioritizes vibration dampening and load stability, ensuring that standard utility jugs remain firmly secured through cornering, braking, and aggressive throttle inputs typical of performance driving.

Mechanics and vehicle modifiers benefit most from this mount when managing fuel system additives (octane boosters, detergents), coolant overflow reservoirs, or specialty fluids during high-performance engine builds and tuning sessions. Installation is straightforward for anyone with basic automotive knowledge, accommodating most standard jug dimensions and securing methods common to automotive workshops. This accessory is equally valuable for daily-driven modified vehicles, competition cars, and fleet maintenance operations where organized fluid storage prevents spills and extends service intervals by protecting additives from exposure and vibration-induced degradation.