Professional Quality, 2 Year warranty, beware of cheap imitations here on ebay
Great for all old Lowrance plotters, LMS, LCX, GlobalMap, HDS Gen 1


Above photo is to show satellite signal capture. 
GPS Receiver Antenna for 
Lowrance HDS Gen 1
LMS, LCX, GlobalMap
 NMEA 0183 data.
Input power voltage DC 9 to 34 volt from boat battery
4800 baud rate

50 Channel,  NMEA 0183 GPS Receiver / Smart Antenna

NMEA 0183 

Accurate to 2 metres

Be aware of your country's customs delay which we are not responsible for. 

Please contact your mail company with the tracking number which you will find in your ebay / purchases. 

You cannot ask to get a refund while still in transit from the UK.

2 Year warranty .

Easy-to-follow wiring sketch included

Outputs COG & SOG

Fits your existing mount.

Transmits NMEA data:  GGA,GLL,GSA,GSV,VTG,RMC 

If you are not familiar with NMEA GPS receivers you 

can call us on07540894166 for advice.

 We send you a very easy-to-follow sketch which 

you MUST ONLY CONNECT to your device’s NMEA INPUT 

This is an NMEA 0183 type which is GUARANTEED to work with your Lowrance chartplotter. 

Compatible with virtually any plotter

many examples of other plotters below

Raymarine C70, C80, C120, RL70CRC all versions, 

RL80 all versions, SL, RC530, RC630/1, E Series,

Lowrance

Navman Trackfish, 

Northstar M84, M121,

Navman 6500, 6600, 6505, 5507, 6507, etc

 Northstar 650, 660, 557, 657

Standard Horizon

Yeoman

etc, etc

4800 Baud Rate

We answer all emails quickly, ship out on same day when bought before 4.00pm, with FREE UK delivery

Secure, tracked worldwide shipping.

2 Year warranty

Built-in patch antenna

50 parallel tracking channels

Fast TTFF(time-to-first-fix) and low power consumption

Automatic cold start without user reset

Interference filter to major VHF channels of marine radar

DIFFERENTIAL GPS RECEIVER, WAAS compliant with EGNOS support (DGPS)

WAAS / EGNOS automatic switching

NMEA Sentences: GLL, GGA, GSV, GSA, RMC, VTG

High EMI immunity

 Protected against reverse polarity voltage.