Name: Emlid RCH205 Reach RS3 RTK GNSS receiver with tilt compensation
SKU: online:en:GB:woocommerce_gpf_12951
Availability: InStock

Emlid’s Reach RS3 is a RTK GPS GNSS Receiver with tilt compensation. As a result it provides survey grade precision even in hard-to-reach spots.

Accurate results even with large tilt angles

The IMU-based tilt compensation in Reach RS3 enables you to make measurements with up to 60 degrees of tilt while still staying within 20 mm of accuracy.

Reach RS3 continuously measures and corrects tilt in real-time to keep you on target.

Survey and stakeout faster
No need to check the bubble

Effortless and robust
Tilt compensation

Calibration-free

We calibrate each unit individually at the factory; so you can get your Reach RS3 up and running right out of the box.

Immune to magnetic disturbances

Unaffected by magnetic fields; the RS3 provides robust tilt compensation even when working close to metal structures.

Quick initialization

Tilt initialization takes about 20 meters of walking or 10-20 seconds of tilting. Usually ready on the way from the car.

Rapid and Reliable GNSS receiver

Gets a fix in 5 seconds

Reach RS3 gets a centimeter-accurate solution in about 5 seconds. It maintains robust performance even when the sky view is partially obstructed; or the receiver itself is tilted.

GPS/QZSS; GLONASS; BeiDou; and Galileo

L1C/A; L2C; L1OF; L2OF;B1I; B2I; E1B/C; E5b

RINEX logging and PPP support

Up to 22 hours on 1 charge

Built-in LTE modem

Get corrections from CORS; Reach;
or 3rd-party base

NTRIP
Base and Rover

Work in RTK with VRS or a single baseline CORS network. You
can also connect another GNSS receiver as an NTRIP base using Emlid NTRIP Caster.

Compatibility

Any receiver with RTCM3 support

Dual-band radio

LoRa 868/915 MHz
Base and Rover

Perfect for areas with no internet coverage for NTRIP. LoRa is used when connecting Emlid receivers over the radio.

Compatibility All Emlid receivers
with built-in radio

UHF 450 MHz
Rover

An option to mix and match RTK receivers within your fleet. You can configure your Reach RS3 to receive corrections from an existing base*.
You can also use a high-power external radio on your Reach base and connect with the UHF radio receiver in Reach RS3.

Compatibility Bases with radios that
transmit TRIMTALK 450S**

*Requires a 410-470 MHz
antenna; sold separately

**TRIMTALK is a trademark
of Trimble Inc.

Comes with software
for the field and the office

Rugged
and compact

126 x 126 x 142 mm
950 g

IP67

RS3 is waterproof up to a one meter depth. Silicone plugs completely seal and protect all connectors from water and dust.

Industrial battery

The Reach RS3 Li-Ion battery handles high and low temperatures well and over 2000 cycles of charging and discharging while maintaining its original capacity.
While others are hot-swapping batteries; your Reach just keeps working.

-20 to +65 ºС

We extensively tested Reach RS3 in conditions that simulate the coldest winters and hottest summers.

Impact-resistant

The body of the Reach RS3 is made of polycarbonate and coated with elastomer. The combination of these materials makes your Reach RS3 drop resistant and ready for the harshest conditions.

Emlid’s Reach RS3 is a RTK GPS GNSS Receiver with tilt compensation Specification

Mechanical

Dimensions 126 x 126 x 142 mm
Weight 950 g
Operating temperature -20 to +65 ºC
Ingress protection IP67

Electrical

Autonomy 18 hrs as an RTK rover with tilt
22 hrs of logging
Battery Li-Ion 5200 mAh; 7.2
V37.44 Wh
Charging USB Type-C 5 V; 3 A

Positioning

Static H: 4 mm + 0.5 ppm
V: 8 mm + 1 ppm
PPK H: 5 mm + 0.5 ppm
V: 10 mm + 1 ppm
RTK H: 7 mm + 1 ppm
V: 14 mm + 1 ppm
Tilt RTK + 2 mm + 0.3 mm/°
Convergence time ~5 s typically

Connectivity

Radio LoRa
Frequency range
Power
Distance Transmit and receive
868/915 MHz
0.1 W
Up to 8 km UHF*
Frequency range
Protocols
Modulation type Receive-only
410–470 MHz
TRIMTALK 450S**
GMSK

Store	Innovelec
Brand	Emlid
Color	NA

Emlid RCH205 Reach RS3 RTK GNSS receiver with tilt compensation

Accurate results even with large tilt angles

Survey and stakeout faster No need to check the bubble

Effortless and robust Tilt compensation