S10 GNSS RTK System

S10 GNSS RTK System POCKET GNSS+IMU RECEIVER

The S10 GNSS receiver removes barriers to portability without sacrificing performance. Featuring full GNSS technology, it offers best-in-class GNSS signal tracking even in a harsh environment, enabling GNSS surveying beyond usual constraints. The S10 GNSS incorporates the latest innovations such as an inertial module providing automatic pole-tilt compensation in a very compact design.

Connected to a GNSS RTK network via CHCNAV LandStar field software, or combined with the iBase GNSS receiver, the S10 GNSS is a highly productive rover for surveying and stakeout in any topographic, mapping or construction site applications.

Features

THE ULTIMATE POCKET GNSS IMU RECEIVER

The S10’s magnesium alloy design makes it one of the lightest receivers in its class: only 0.73 kg including battery. The S10 is more than 40% lighter than a typical GNSS receiver, making it more convenient to carry, use and operate without fatigue. The S10 GNSS is a concentrate of technology that fits into your hands and delivers maximum GNSS survey productivity.

BEST-IN-CLASS SIGNAL TRACKING

The integrated advanced 624-channel GNSS technology takes advantage of GPS,Glonass Galileo and BeiDou, in particular the latest BeiDou lll signal, and provides robust dataquality at all times. The S10 extends GNSS surveying capabilities while maintainingcentimeter-level survey-grade accuracy,GNSS surveying has never been more efficient.

REMOVE THE BARRIERS TO INTENSIVE USE

The integrated high-capacity intelligent Li-ion battery provides up to 15 hours operation in the field. Full-day projects can be easily completed without worrying about a power outage. Thebuilt-in USB-C is extremely convenient for charging the S10,using standard smartphone chargers or extemal power banks.

THE POWER OF GNSS+IMU RTK TECHNOLOGY

The S10 compensates for up to 45° tilt of the survey range pole, eliminating the challenges associated with surveying concealed or unsafe points to reach,The S10 GNSS makes work safer and more efficient, lt increases the efficiency of point measurements by20% and stakeout surveys by up to 30%,GNSS surveyingis madeeasier: no more need to be focused on perfect range pole levelling.

GNSS SURVEYING,THE WAY YOU WORK

The S10 is designed as a perfect GNSS measurement tool that adapts to the way you work.lt seamlessly connects to RTK GNSS networks via any Android controller or smarphone with Landstar field data collection software. When working on a site with a loca UHF GNSS station,the S10 can be easily switched to UHF mode using its internal modem. Combined with CHCNAV’s iBase GNSS station,GNSS RTK surveying truly achieves the next level of operational expenence.

Working principle

RTK technology uses the differential method of real-time processing of the carrier phase observations of two measurement stations to send the carrier phase collected by the base station to the user receiver for differential coordinate calculation. Its system consists of a base station, a mobile station, data transmission equipment, an antenna system, and control software and processing algorithms. The base station receives satellite signals and calculates error data, and the mobile station corrects its position by receiving differential data from the base station. The data transmission equipment ensures real-time transmission of information.

Applications

● Coordinate measurement

● Area measurement

● Topographic measurement

● Straight line surveying and road surveying

● Electric power surveying

● Building surveying

● Garden surveying

● Distance surveying

● Earthwork surveying

Parameters

GNSS Perorrance

Item	Parameters
Channels	624 channels Powered by CHCNAV iStar GNSS tracking technology
GPS	L1,L2,L5
GLONASS	L1,L2
Galileo	E1.E5a,E5b
BeiDou	B1,B2,B3
QZSS	L1,L2,L5

GNSS Accuracies

Item	Parameters
Real time kinematics(RTK)	Horizontal: 8 mm + 1ppm RMS Vertical:15 mm+ 1 ppm RMS Initialization time:< 10 s Initialization reliability:>99.9%
Post -processing kinematics (PPK)	Horizontal:3mm+1 ppm RMS Vertical: 5 mm+1 ppm RMS
Post-processing static	Horizontal: 2.5 mm+ 0.5 ppm RMS Vertical: 5 mm+0.5 ppm RMS
Code differential	Horizontal: 0.4m RMS Vertical:0.8m RMS
Autonomous	Horizontal:1m RMS Vertical: 1.5m RMS
Positioning rate	1 Hz,5 Hz and 10 Hz
Time to first fix	Coldstart:<45 s Hot start:< 30 s Signalre-acquisition:<2 s
RTK tilt -compensation	Additional horizontal pole-tilt uncertainty typically less than 10 mm +0.7 mm/°tilt

Hardware

Item	Parameters
Size(L×W×H)	119 mmx 119 mmx 85 mm(4.7 in x 4.7 in x 3.3 in)
Weight	0.73 kg (1.60 lb)
Environment	Operating:-40’C to +65°C(-40°Fto +149°F) Storage:-40°C to +85°C(-40°F to +185°F)
Humidity	100% condensation
Ingress protection	IP67 waterproof and dustproof, protected from temporary immersion to depth 1m
Shock	Survive a 2-meter pole drop
Tilt sensor	Calibration -free lMU for pole -tilt compensation. lmmune to magnetic disturbances
Front panel	4 LED

Certifications

Item	Parameters
Wi-Fi	802.11 b/gin, access point mode
Bluetooth	V4.1
Others	NFC
Ports	1 xUSB Type-C port (data download, charging, firmware update) 1 x UHF antenna port (TNC female)
UHF radio	Standard Internal Rx:430-470 MHZ Protocol: CHC, Transparent, TT450 Linkrate:9600bps/19200 bps
Data formats	RTCM2.x, RTCM3.x,CMR input/output HCN, HRC, RINEX2.11,3.02 NMEA0183 output
Data storage	8 GB internal memory