Product Details
Harley Davidson Dyna Wide Glide 1997, MCH Series LCD GPS Compass by Dakota Digital®. Finish: Black. Color: Black. The MCH-GPS17 instrument has an internal, GPS-based compass and altimeter sensor for easy installation (no external antenna required). Why would you want a Dakota Digital GPS Compass over a cheaper, traditional magnetic compass? Simple connectivity; provide power connections and you're ready to ride! No need to worry about sender placement or interference from stereo components. The Dakota Digital GPS compass is self-contained; no external antenna needed.
Features
- 6 position Compass heading: N, NE, E, SE,S, SW, W, NW
- Ambient Air Temperature - uses the factory Ambient Air Temperature sender
- GPS time - automatically updates the Clock to the correct minute
- Made in USA
- 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.