Race Clutch Hyd. Fluid Case (12)

The Race Clutch Hyd. Fluid Case (12) from QUARTER MASTER is purpose-built for tactical operators, mechanics, and motorsports professionals who demand reliable hydraulic fluid storage and transport. This 12-unit case format addresses a critical operational need: maintaining consistent supply of premium hydraulic fluid for high-performance clutch systems in field, shop, or vehicle maintenance environments. Whether you're servicing tactical vehicles, racing platforms, or military equipment, having a standardized bulk case eliminates supply chain friction and ensures you're never caught without essential maintenance fluid.

Designed by QUARTER MASTER—a manufacturer with deep roots in high-performance racing and military-grade hydraulic systems—this case configuration provides practical advantages in logistics and inventory control. The 10.95 lb total weight across twelve fluid units reflects efficient packaging that balances durability with portability, enabling transport to remote operational areas, maintenance bays, or austere environments without excessive load burden. The compact dimensions (8.7 x 5.9 x 11.4 inches) allow secure storage in vehicle compartments, tactical containers, or equipment racks, while the case structure protects individual fluid bottles from contamination, spillage, and environmental exposure during handling and deployment.

Field mechanics, military motor pool personnel, and competitive motorsports teams benefit most from bulk-case procurement, as it streamlines reorder cycles and ensures compatibility across all clutch-equipped platforms in your fleet. Tactical units maintaining hydraulic systems on light armored vehicles, motorcycles, or specialized equipment will find the case format ideal for rapid deployment scenarios where pre-packaged, organized fluid supplies prevent downtime. Installation and service applications remain straightforward—transfer fluid directly to hydraulic reservoirs per your equipment manufacturer's specifications, ensuring you maintain proper fluid levels and system performance under sustained operational demand.