Emlid RX Network GNSS Receiver & Pole Rover Kit

Emlid RX Network GNSS Receiver & Pole Rover Kit

$3,995.00 Inc. GST.

The Reach RX Receiver is specifically designed to be used with NTRIP services. Super simple, highly accurate and easy to use!

Kit includes; Reach RX Receiver, case & charger, survey pole & device holder.

Use this receiver in conjunction with the free NTRIP streaming service from LINZ base stations (contact us for a map of where these are) or set up your own NTRIP base station using our RS2+

Pocket-sized and
lightweight

The weight of Reach RX is just 250 grams.
Take it anywhere—it weighs less than a
can of soda and fits in any glove
compartment or a backpack pocket.

Centimeter
accurate data

Reach RX tracks GPS/QZSS, Galileo,
GLONASS, and BeiDou and gets a fix in
under 5 seconds even in challenging
conditions.

Anyone on the
team can use RTK

Reach RX is designed to meet the expectations of both experienced professionals and non-surveyors who need to get highly-accurate results. No training is required.

In stock

SKU: 1500-30-01-2-1-1-1 Category:

Description

Point collection: save
points and export data to CSV

Record centimeter-precise coordinates for each point.
Export and import data in the CSV, DXF, and Shapefile formats used by CAD, GIS, and most other professional survey software. Share collected data using WhatsApp, Drive, Mail, or any other file-sharing app on your phone.

Unit Specifications

250 g
172 mm x 51 mm x 51 mm

Weighs like a TV remote controller and can be carried in your pocket.

-20 to +65 °C (-4 to 149 °F)

We extensively tested Reach RX in conditions
that simulate the coldest winters and hottest
summers.

IP68 – RX is waterproof up to a 1.5 m depth. The connector is sealed and protected from water and dust with a silicone plug.

Battery – 16 hours of work

2 days of work for less than 3 hours of charging. You can charge on-the-go from any USB port or power bank.

Li-Ion battery

An industrial battery that handles both high and low temperatures well.

2000+ cycles

of charging and discharging while maintaining original capacity.