33147 - Faria Beede Instruments Faria Dress White 4" GPS Speedometer - 60 MPH

Dress White 4" GPS Speedometer - 60 MPH

Perimeter-lighted White dial with bold Black graphics, White aluminum bezel, contoured Black pointer and flat glass lens.

The GPS Speedometer is a drop in replacement for your current speedometer to match your existing instrument dash.

GPS information is gathered from an internal GPS antenna. No external antenna required. The Faria GPS Speedometer uses a highly accurate 48 channel GPS receiver. You can be sure that the Faria GPS Speedometer is giving you the most accurate GPS information available on the market today.

Course Over Ground (COG) and actual heading (compass heading over ground) are displayed on the optional digital LCD.

Speed data is shown by an analog pointer. This pointer is driven by a digital stepper motor for increased accuracy and minimized pointer bounce during vessel operation.

4" - Hole Size: 3.375" (85mm)

Features:

• Anti-scratch glass lens
• 12 VDC negative ground
• Can be adapted for 24 VDC systems
• Dual Scale - Imperial and Metric

Factory P/N SGP111

*Sold as an Individual

**Gauge Cover not Included

The Faria Beede Instruments Dress White 4" GPS Speedometer (part number 33147) is a self-contained GPS unit designed as a direct replacement for existing speedometers in 12 VDC negative ground systems, with adaptability for 24 VDC systems. It targets business and IT buyers managing fleets or equipment requiring precise speed measurement without external GPS antenna dependencies. The unit integrates a 48-channel GPS receiver and an internal antenna, simplifying installation and reducing external component needs. Speed is indicated via an analog pointer driven by a digital stepper motor for accuracy. An optional digital LCD can display Course Over Ground (COG) and actual heading. Its dual-scale display supports both Imperial and Metric units, making it suitable for diverse operational environments. This speedometer addresses the need for accurate, self-sufficient speed and directional data in marine or vehicle applications where reliable instrumentation is critical.