James Marshall Motorsport 16 views   1 clicks Claim this Business♡

45 Degree elbow which attaches to the top intake of a Stilo helmet as part of an air intake system.

This is our center exit liquid cooling t-shirt. The shirt is designed to be used under a racing suit or other clothing to trap the cool in. The shirt's connectors are rebuildable if damaged in use.

- Manufactured From Light But Tough ABS Plastic- Outlet Diameter Choice- Up To 90% Efficiency- 76mm Outlet- Clean in colour

Vacuum formed, high quality NACA duct. Ideal for driver cooling, brake cooling, differential cooling or any other situation where cool air needs to be directed to an area or component.Available in clear, and in 2 sizes.- Small - 50mm NACA Duct: 195 mm long - 125 mm wide - 85 mm high (from window sur...

Increasing the volume of air being drawn in, this NACA Scoop is designed to suit the Plastics 4 Performance NACA Ducts.Available in sizes small or large to match the duct and in clear or black.- Small - 100mm x 130mm x 40mm (Length x Width x Height). Suits small NACA duct- Large - 120mm x 120mm x 40...

Large Pop It Vent- Clear Polycarbonate For High Strength & Low Weight- Dual Use Facility (Vent Or Scoop)- 360 Rotation Provides Ease Of UseSize Large - To suit 83mm Hole

3D PRINTED WINDOW VENT. SCREWS TOGETHER FOR EASY APPLICATION.COMES WITH 5 2MM WASHERS TO POSITION WHERE NEEDED.Suits 50mm Hole

3D PRINTED VENT EXTENSION.82MM TUBE WITH FULLY ADJUSTABLE AND CLOSING VENT.TUBE IS 3D PRINTED WITH CARBON PLA AND THE VENT IS AUDI TT SPEC.TURN SILVER SURROUND 45 DEGREES TO CLOSE.

FAST’S Aluminium Funnel Reducers, FA1144, are used to reduce down NACA ducts, and the tops of Remote Intake Blowers, if needed. The reducer is designed to transition between 3 inch to 1 1/2 inch, with easy installation. Comes with silicone hose.

In basic configuration provides 250 CFM free air flow or 220 CFM air flow installed in 3ft. total of flexible duct before and / or after the unit 6.5 in.­H2O suction and 4.5 in.­H2O pressure capabilities allow it to easily overcome flow restrictions that cause other blowers to lose as much as one...