Product Details
Harley Davidson Screamin Eagle Ultra Classic Electra Glide 2006, Transmission Speed Sensor by Dakota Digital®. Made of machined aluminum and hand polished. Transmission speed sensor ounts into the stock sensor port. Inductively reading an internal gear, the sensor provides a pulse signal to the speedometer which calculates and displays the speed. This product is made of high-quality materials to serve you for years to come. Designed using state-of-the-art technology and with customers in mind. It will meet your needs and deliver great quality at an affordable cost.
Notes
- When used with a six speed transmission it is required to use the transmission speed sensor spacer supplied with the transmission.
Fitment notes
- For Fairing Models.
Features
- Engineered specifically for your custom vehicle
- Made from the finest materials using modern day technology
- Developed and crafted from start to finish in the USA
For the past 20 years, Dakota Digital has offered the latest in high-tech digital instrumentation for custom bikes of all sorts! From speedometers to fuel gauges, they make what your bike needs!
Founded in 1986, Dakota Digital® designs and manufactures analog and digital instrumentation, LED lighting and various electrical accessories for custom and motorcycles. The brand showcases a myriad of top-grade motorcycle products including everything from gauge dressers and individual gauges to gauge interfaces and programmable gear indicators. Dakota Digital has what it takes to replace your worn out parts or customize your bike. Replacement Dakota Digital gauges will fit and perform as good as your original components. Custom instruments will add extra style and functionality to your ride. Stay in the know of your bike’s health with tachometers, speedometers, temperature gauges, fuel level/volt gauges, clocks, and other instruments from Dakota Digital. Manufactured with quality and precision, the company’s products will let you monitor your ride’s performance, providing the most precise data about its critical functions.