Product Details
XFI™ Driveshaft Speed Sensor Kit by Fast®. The XFI™ Driveshaft Speed Sensor Kit from FAST™ accurately measures driveshaft RPM to provide more accurate data for the traction control unit. Two magnets are fitted to the collar around the pinion yoke, which attaches to the driveshaft. When one of the magnets passes the pickup, it sends a signal to the XFI™ unit. The XFI™ uses that signal to calculate driveshaft RPM and also driveshaft acceleration. As a result, The XFI™ Driveshaft Speed Sensor Kit provides a much more accurate data reading than attempting to determine driveshaft speed solely through engine RPM. The data this sensor provides is perfect for drag race applications. This unit also allows the XFI™ to display and log miles per hour and miles per gallon.
Features
- Allow engine power to be distributed to the wheels faster than a factory part
- Premium design for higher speed and quicker acceleration along with dramatic safety benefits
- Help ensure smooth, snappy performance while conquering any severe terrain
- High strength, extremely durable wall tubing to bear extreme off-road loads
Fast® has been serving the automotive industry for over two decades, specializing in performance fuel injection and ignition parts. Back in 2001 the brand became a member of COMP Performance Group and got the opportunity to conduct more effective R and D efforts with a larger team of experienced engineers. This enabled the company to become what it is today, a well-reputed leader in advanced EFI technology. Offering a full line of EFI systems, intake manifolds, ignition systems, throttle bodies and many other related components, Fast goes to the extreme to allow both racers and performance-minded vehicle owners to experience the latest in fuel injection and ignition technology. No matter whether it is street, race or marine applications, the brand has the right solution to meet your individual needs and requirements. Utilizing only top-grade materials, Fast manufactures products of the highest quality possible.