ChillOut Systems Rapid Release Kit and Rapid Release Shirt Handle

ChillOut Systems Rapid Release Kit The Rapid Release dry break system makes driver changes fast and effortless. No fumbling with tubes or connectors while under pressure, just a quick press and coolant/water starts flowing instantly. In an emergency, the connectors release when a force greater than 10 lbs is applied. The kit comes with two style car mounts, a roll bar mount and a flat surface mount which connects to the cooling system. Also included is a driver-side handle that quickly connects your shirt or balaclava to the car mount already fixed in the car. The car mounts can be fitted to the roll bar with the roll bar mount whereas the flat mount can be mounted in various places like the transmission tunnel, seat, etc  via the flat-mount.  CHILLOUT RAPID RELEASE KIT FEATURES Effortless dry break system Emergency release feature INCLUDED WITH CHILLOUT RAPID RELEASE KIT 2 x 1/4" barbed quick release fittings 1 x flat surface mount 1 x roll-bar mount 1 x driver side handle 2 x 36" reinforced, non-kinking extensions 2 x 1/4th to 5/16th barrel connectors 2 x 1/4th to 1/4th barrel connectors ChillOut Systems Rapid Release Handle Kit for Cooling Shirt The ChillOut Systems Rapid Release dry break system makes driver changes fast and effortless. No more fumbling with two tube connectors that always rotate into the hardest position to release. ChillOut Systems Rapid Release Handle Kit for Cooling Shirt Details: Manufacturer: ChillOut Systems Manufacturer Part Number: RRHS Material: Lightweight composite Cooling hose side or shirt side: Shirt side ChillOut Systems Rapid Release Handle Kit for Cooling Shirt Components: 2 x 1/4" barbed quick release fittings 1 x driver side handle With the simplest of designs that works every time, a quick press and the Chillout coolant formula starts flowing instantly. To disconnect or in an emergency, the ChillOut Systems rapid release handle kit for cooling shirts automatically releases when a force greater than 10lb is applied.