a Geo L100 PRO Plus Rover Set with 120° IMU tilt

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The a-Geo L100 PRO+ Rover Set is a complete RTK GNSS field solution for surveyors, construction teams, GIS users and mapping professionals who need reliable centimetre-level positioning without building a complicated setup. The set combines the L100 PRO+ GNSS receiver with the rugged S60III Android data collector, giving you a practical rover package for stakeout, topographic surveys, control points, site measurements and everyday field data collection.

With AR real-scene stakeout, 120° IMU tilt compensation, 1408 tracking channels, 4G connectivity, WiFi/WebUI access and integrated UHF radio, the L100 PRO+ is built for flexible RTK work in both network and local base workflows. The S60III controller adds a physical keyboard, bright display and long battery life for easier work on busy construction sites and outdoor survey projects.

a-Geo L100 PRO+ Rover Set Highlights

GNSS Channels 1408 tracking channels
Satellite Constellations GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS and IRNSS
Tilt Compensation Calibration-free IMU tilt up to 120°
Stakeout Support AR real-scene stakeout with integrated camera
Connectivity 4G, WiFi/WebUI, Bluetooth and integrated UHF radio
Included Controller a-Geo S60III rugged Android data collector

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RTK GNSS Receivers

a-Geo L100 PRO+

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Why choose Global GPS Systems?
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Buyer protection and warranty included
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Global GPS Systems
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Description

Complete RTK GNSS rover set for field surveying and mapping

The a-Geo L100 PRO+ Rover Set is made for professionals who need an accurate and practical GNSS rover system for daily fieldwork. It combines the a-Geo L100 PRO+ receiver with the S60III rugged data collector, creating a complete setup for RTK surveying, stakeout, mapping, construction layout, control point measurement and GIS data collection.

This rover set is a strong fit for surveyors, construction workers, engineers, drone mapping teams, GIS technicians and infrastructure crews who want reliable positioning without carrying unnecessary equipment. The receiver supports Network RTK, UHF RTK, static and PPK workflows, so it can be used with an RTK correction network or in a local base and rover setup depending on the project.

AR stakeout for faster point finding

One of the most practical features of the a-Geo L100 PRO+ is AR real-scene stakeout. Instead of relying only on arrows and distances on a map screen, the system can help guide the operator visually toward the target point. This is useful for construction layout, boundary work, utility marking and any job where points need to be found quickly and clearly on site.

For less experienced field crews, AR stakeout can make the workflow easier to understand. For experienced surveyors, it helps reduce time spent walking back and forth to locate the final position of a point.

120° IMU tilt compensation for difficult measurement points

The built-in IMU tilt sensor allows measurements with the pole tilted up to 120°. In real fieldwork, this is useful when a point is close to a wall, fence, tree, trench, vehicle or building corner where holding the pole perfectly vertical is difficult. The IMU is calibration-free and designed to work without being affected by magnetic interference, making it easier to keep working around metal objects and changing site conditions.

Tilt compensation helps speed up topographic surveys, as-built checks and stakeout tasks because the operator does not always need to level the pole exactly before taking a measurement.

Full constellation tracking with 1408 channels

The L100 PRO+ receiver uses a 1408-channel GNSS board and supports major satellite constellations including GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS and IRNSS. More signal availability can help maintain a stable RTK fix in open areas, urban jobsites, road corridors and other environments where satellite visibility changes throughout the day.

For surveyors and mapping teams, this means the receiver is suitable for a wide range of day-to-day tasks such as site control, earthworks checks, road construction, land measurement, asset mapping and drone ground control point collection.

Flexible RTK connectivity

The a-Geo L100 PRO+ includes several communication options for different field workflows. The integrated 4G modem can be used for RTK network corrections through a mobile connection. WiFi and WebUI support make it easier to manage receiver settings, download data and check status from a phone, tablet or computer. The integrated UHF radio also supports local base and rover operation where a correction network is not available or not preferred.

This flexibility is useful for companies that work on different types of projects. A survey crew may use Network RTK in the city one day, UHF RTK on a remote construction site the next day, and static or PPK workflows for control or post-processing when required.

Rugged receiver built for outdoor work

The receiver has a magnesium alloy body, IP67 protection and a 7000 mAh internal lithium-ion battery. It is designed for long workdays in outdoor environments where dust, moisture, transport and regular handling are part of the job. USB Type-C fast charging also keeps charging simple and practical for modern field kits.

The compact receiver design makes it easy to use on a survey pole, while the battery capacity supports long sessions in the field for rover, base and static use.

S60III rugged data collector included

The included a-Geo S60III data collector gives the rover set a durable field controller for measurement and mapping work. It runs Android 12 with GMS support and uses a Qualcomm SDM 662 octa-core processor, 4 GB RAM and 64 GB internal storage. The 5.5 inch full HD display is designed for outdoor readability, while the physical QWERTY keyboard helps with fast point coding and data entry in wet, dusty or cold conditions.

The S60III also includes Bluetooth 5.0, dual-band WiFi, 4G modem support, USB Type-C, NFC and a 9000 mAh battery. With IP68 protection and a rugged handheld design, it is built for construction sites, survey work, GIS mapping and other outdoor data collection tasks where a normal smartphone or tablet may not be practical.

Made for survey, construction, GIS and drone mapping workflows

The a-Geo L100 PRO+ Rover Set is suitable for professionals who need accurate GNSS positioning in the field. Surveyors can use it for topographic surveys, control points, boundary work and stakeout. Construction teams can use it for layout, checking levels, recording as-built positions and measuring site progress. GIS users can collect accurate asset locations for utilities, infrastructure, land management and environmental projects. Drone pilots can use it to measure ground control points and checkpoints for photogrammetry or LiDAR workflows.

Because the set includes both the GNSS receiver and rugged controller, it gives teams a complete rover solution that can be deployed quickly. It is a practical choice for buyers who want modern GNSS features such as AR stakeout, IMU tilt, full constellation tracking and multiple correction options in one package.

Why buy the a-Geo L100 PRO+ Rover Set from Global GPS Systems

Global GPS Systems supplies GNSS equipment to surveyors, construction professionals, engineers, GIS users and mapping teams worldwide. When choosing a rover set, support and product knowledge are just as important as the specifications. Global GPS Systems can help you compare GNSS receivers, understand RTK correction options and choose the right setup for your field workflow.

The a-Geo L100 PRO+ Rover Set is a strong option for professionals who want a complete RTK GNSS rover package with modern positioning features, rugged field hardware and flexible connectivity for different jobsite conditions.

Datasheets & Manuals

Datasheets and manuals

Specifications

a-Geo L100 PRO+ Rover Set Specifications

Product Overview

Product Name a-Geo L100 PRO+ Rover Set
Product Type RTK GNSS rover set
Receiver a-Geo L100 PRO+ smart GNSS receiver
Data Collector a-GEO S60III rugged data collector
Field Software Support SurPro6.0 field software workflow support
Typical Applications RTK surveying, construction layout, topographic surveying, GIS data collection, road and infrastructure work, CAD-based stakeout, static surveying and PPK workflows
Supported Working Modes Network RTK, UHF RTK, Static and PPK

GNSS Performance

GNSS Channels 1408 tracking channels
Satellite Constellations GPS, GLONASS, BeiDou, Galileo, QZSS, SBAS and IRNSS
GPS Signals L1C/A, L1C, L2P(Y), L2C, L5
GLONASS Signals L1, L2, L3
BeiDou Signals B1I, B2I, B3I, B1C, B2a, B2b
Galileo Signals E1, E5a, E5b, E6
QZSS Signals L1, L2, L5, L6
SBAS Signals L1, L5
IRNSS Signals L5
Cold Start < 60 seconds
Hot Start < 15 seconds
Signal Reacquisition < 1 second
Positioning Output Rate 1 Hz to 20 Hz
RTK Initialization Time < 10 seconds
Initialization Reliability > 99.99%
Time Accuracy 20 ns

Positioning Accuracy

Code Differential GNSS Accuracy Horizontal: 0.25 m + 1 ppm RMS; Vertical: 0.50 m + 1 ppm RMS
SBAS Differential Positioning Typically < 5 m 3DRMS
Static GNSS Surveying Accuracy Horizontal: 2.5 mm + 0.5 ppm RMS; Vertical: 5 mm + 0.5 ppm RMS
Single Baseline RTK Range Baseline < 30 km
Single Baseline RTK Accuracy Horizontal: 8 mm + 1 ppm RMS; Vertical: 15 mm + 1 ppm RMS
Network RTK Accuracy Horizontal: 8 mm + 0.5 ppm RMS; Vertical: 15 mm + 0.5 ppm RMS

IMU, Camera and Stakeout Features

Tilt Compensation Calibration-free IMU tilt compensation up to 120°
IMU Interference Resistance Designed to be immune to magnetic interference
AR Stakeout Real-scene AR stakeout supported
Receiver Camera 5 MP high-definition camera
Camera Function Live-scene stakeout and visual point navigation

Receiver Communications and Data

Cellular Modem Integrated full-frequency multi-band 4G modem
Cellular Network Support WCDMA, CDMA2000, TDD-LTE and FDD-LTE
SIM Card Slot Nano-SIM support
UHF Radio Integrated Tx/Rx internal UHF radio
UHF Frequency Band 410 MHz to 470 MHz, selectable frequency
Radio Transmit Power 1 W / 2 W switchable
UHF Working Range Up to 15 km under AlphaTalk15 protocol
Radio Protocols AlphaTalk15, TrimTalk450s, SOUTH, Satel, PCC-EOT
WiFi 802.11 b/g/n, access point and client mode
WiFi Functions WebUI access, receiver management, hotspot access and correction transmission support
Bluetooth Bluetooth 5.2
Bluetooth Range < 50 m
LEMO Port 5-pin port supporting power input, serial port control and external radio communication
USB Port USB Type-C for charging
Antenna Port UHF antenna interface
Data Formats RTCM2x, RTCM3x, CMR, CMR+, SCMRx, DAT, RINEX and NMEA outputs
Internal Storage 8 GB internal memory with cyclic storage support

Receiver Hardware and Durability

Receiver Material Magnesium alloy
Receiver Dimensions 131 × 64 mm
Receiver Weight 0.76 kg
Operating Temperature -40°C to +75°C
Storage Temperature -55°C to +85°C
Protection Rating IP67 dustproof and protected from 30 minutes immersion to 1 m depth
Shock Resistance Survives 2 m drop onto concrete
Vibration MIL-STD-810G
Humidity 100%, condensing
Receiver Button Power key
Receiver Indicators Power indicator, data link indicator, satellite indicator and Bluetooth indicator
Voice Prompts Intelligent voice prompts
Receiver Operating System Intelligent Linux operating system
WebUI WebUI configuration supported
Supported Controllers Android devices with supported software

Receiver Power

External Power Input 9 V to 24 V DC
Charging Port USB Type-C
Fast Charging Supported
Internal Battery 7000 mAh lithium-ion battery
Battery Life – Rover Mode More than 15 hours
Battery Life – Base Mode 7 hours
Battery Life – Static Mode 17 hours

S60III Data Collector System

Operating System Android 12 with GMS support
Processor Qualcomm SDM 662 octa-core 2.0 GHz
RAM 4 GB SDRAM
Internal Storage 64 GB flash memory
Memory Card Support MicroSDHC up to 128 GB
Display 5.5-inch IPS LTPS LCD capacitive multi-touch display
Display Resolution 1920 × 1080 pixels, HD+, 401 ppi
Display Brightness 500 nits
Display Glass Gorilla Glass / Corning glass screen
Keyboard QWERTY key layout with physical keypad and shortcut buttons

S60III Data Collector Physical and Environmental

Dimensions 228 mm × 96 mm × 21 mm
Weight 420 g with battery
Operating Temperature -20°C to +65°C
Storage Temperature -30°C to +70°C
Dust and Water Protection IP68
Humidity 5% to 95%, non-condensing
Shock and Vibration 1.2 m fall on concrete

S60III Data Collector Communications

SIM Card Type Nano-SIM card
GSM Bands 850 / 900 / 1800 / 1900
WCDMA Bands B1 / B2 / B4 / B5 / B8
LTE-TDD Bands B34 / B38 / B39 / B40 / B41
LTE-FDD Bands B1 / B2 / B3 / B4 / B5 / B7 / B8 / B12 / B13 / B17 / B20 / B25 / B26 / B28
WiFi 802.11 a/b/g/n/ac
WiFi Mode Access point mode, 2.4 GHz / 5 GHz
Bluetooth Bluetooth 5.0
USB USB Type-C, OTG supported
NFC Supported

S60III Data Collector Power, Sensors and Multimedia

Battery Type Li-ion battery
Battery Capacity 9000 mAh
Operating Time Up to 22 hours
Charging Time Approximately 4 hours typical
Rear Camera 13 MP rear camera with autofocus and flash
Internal GNSS BDS, GPS and GLONASS with A-GPS support
Sensors G-sensor, gyroscope, e-compass and light sensor
Audio Speaker and microphone
Certifications CE and FCC

SurPro6.0 Field Software Functions

Project Tools Project management, coordinate system parameters, conversion settings, point library, code library and survey area settings
Instrument Tools Communication settings, rover mode, reference station mode, static mode, instrument information, satellite sky map and positioning information
Survey Tools Point survey, detail survey, control point measurement, point stakeout, CAD, line stakeout, DSM stakeout, road design stakeout and GIS data collection
CAD Tools CAD graphic display, lines, polylines, arcs, polygons, layer management, DXF/DWG import, DXF export and CAD graphic stakeout
Calculation Tools Coordinate conversion, angle conversion, perimeter and area calculation, calculator and CAD-related calculation tools
Road Tools Road design stakeout, line stakeout, cross-section stakeout and cross-section measurement workflows

Package / Included Items

Item Quantity Notes
a-Geo L100 PRO+ GNSS receiver 1 Main RTK GNSS rover receiver
a-GEO S60III data collector 1 Rugged Android field controller
SurPro6.0 field software workflow support 1 For measurement, stakeout, CAD, road and GIS workflows
S60III A/C charger 1 Standard S60III accessory
S60III USB cable 1 Standard S60III accessory
S60III stylus 1 Standard S60III accessory
S60III handstrap 1 Standard S60III accessory

Specifications and package contents may vary by configuration, region or manufacturer update. Always check the current configuration before ordering.

FAQ

a-Geo L100 PRO+ Rover Set FAQ

Product Overview and Applications

What is the a-Geo L100 PRO+ Rover Set used for?

The a-Geo L100 PRO+ Rover Set is used for RTK surveying, construction layout, topographic mapping, GIS data collection, road and infrastructure projects, as-built measurements, static surveying and PPK workflows.

Who is the a-Geo L100 PRO+ Rover Set designed for?

This rover set is designed for surveyors, construction professionals, civil engineers, GIS teams, mapping crews, infrastructure contractors and field users who need accurate GNSS positioning in daily outdoor work.

What is included in the a-Geo L100 PRO+ Rover Set?

The set combines the a-Geo L100 PRO+ smart GNSS receiver with the rugged S60III data collector and SurPro6.0 field software workflow support, creating a practical complete rover package for field measurement and stakeout tasks.

Is this a complete RTK rover package?

Yes. The rover set is intended as a complete field solution for users who need a GNSS receiver, controller and field software workflow for RTK point collection, stakeout, CAD-based work and correction service connection.

Can this rover set be used for construction layout?

Yes. The a-Geo L100 PRO+ Rover Set is suitable for construction layout and stakeout, including point stakeout, line stakeout, CAD graphic stakeout and road-related field workflows.

Can it be used for GIS and mapping work?

Yes. The system can be used for GIS data collection, mapping, topographic surveys, field point collection and site documentation where accurate GNSS positioning is required.

Accuracy, GNSS and RTK Performance

What RTK accuracy does the a-Geo L100 PRO+ provide?

The receiver is specified with single-baseline RTK accuracy of 8 mm + 1 ppm horizontal and 15 mm + 1 ppm vertical. For network RTK, it is specified at 8 mm + 0.5 ppm horizontal and 15 mm + 0.5 ppm vertical.

How many GNSS channels does the receiver have?

The a-Geo L100 PRO+ has 1408 GNSS tracking channels, helping it track multiple satellite signals for reliable positioning in professional field applications.

Which satellite constellations does it support?

The receiver supports GPS, GLONASS, BeiDou, Galileo, QZSS, SBAS and IRNSS signals, making it suitable for use across many regions and GNSS correction environments.

How fast does the receiver initialize RTK?

The a-Geo L100 PRO+ is specified with an RTK initialization time of less than 10 seconds and initialization reliability greater than 99.99% under suitable field and correction conditions.

Can the receiver be used for static surveying and PPK?

Yes. The receiver supports static GNSS surveying and PPK workflows. It also includes internal storage and data formats suitable for raw data collection and post-processing workflows.

What correction methods can this rover use?

The rover can work with network RTK corrections through its integrated 4G modem and can also be used in UHF RTK base/rover workflows with its integrated UHF radio.

IMU Tilt, AR Stakeout and Field Workflow

Does the a-Geo L100 PRO+ support tilt measurement?

Yes. The receiver supports calibration-free IMU tilt compensation up to 120°, allowing users to measure or stake points when the pole cannot be held perfectly vertical.

When is IMU tilt compensation useful?

IMU tilt compensation is useful near walls, fences, corners, slopes, parked vehicles, road edges, trenches and other obstacles where it is difficult or unsafe to position the pole directly above the target point.

Does the receiver support AR real-scene stakeout?

Yes. The a-Geo L100 PRO+ includes a 5 MP camera for AR real-scene stakeout, helping users navigate to stakeout points using a live field view instead of relying only on a map screen.

How does AR stakeout help in the field?

AR stakeout helps users find points more intuitively by showing guidance in the real-world camera view. This can make layout work faster and easier on busy construction sites or large survey areas.

Can I use CAD files in the field?

Yes. SurPro6.0 supports CAD functions including DXF and DWG import, DXF export, layer management, CAD drawing tools, CAD calculations and CAD graphic stakeout.

Does the software support road stakeout?

Yes. SurPro6.0 includes road design stakeout, line stakeout, cross-section stakeout and cross-section measurement workflows for road and infrastructure projects.

Can I manage coordinate systems and localization in the software?

Yes. SurPro6.0 supports project configuration, coordinate system settings, coordinate conversion parameters, localization using control points, point libraries and code libraries.

Hardware, Connectivity and Durability

How rugged is the a-Geo L100 PRO+ receiver?

The receiver has a magnesium alloy body, IP67 protection, 2 metre drop resistance onto concrete, MIL-STD-810G vibration rating and an operating temperature range from -40°C to +75°C.

How long does the receiver battery last?

The internal 7000 mAh lithium-ion battery is specified for more than 15 hours in rover mode, 7 hours in base mode and 17 hours in static mode. USB Type-C fast charging is supported.

What connectivity options does the receiver have?

The receiver includes integrated 4G, UHF radio, WiFi, Bluetooth 5.2, WebUI support, a nano-SIM slot, USB Type-C and a 5-pin LEMO port for power input, serial control and external radio communication.

What is the UHF radio range?

The integrated UHF radio works in the 410 MHz to 470 MHz frequency band and is specified with a working range of up to 15 km under AlphaTalk15 protocol in suitable conditions.

What data formats does the receiver support?

The receiver supports RTCM2x, RTCM3x, CMR, CMR+, SCMRx, DAT, RINEX and NMEA outputs, making it suitable for common RTK, raw data and post-processing workflows.

What are the main features of the S60III data collector?

The S60III data collector has a 5.5-inch Gorilla Glass display, Qualcomm processor, Bluetooth 5.0, dual-band WiFi, global 4G modem, 9000 mAh battery and IP68 protection for demanding field use.

Additional information
GNSS feature

GNSS with Camera, GNSS with IMU

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Need a tailored quote?
Get personal pricing and advice from one of our product specialists.
Why choose Global GPS Systems?
European support & worldwide delivery
Worldwide shipping from the Netherlands
100% insured shipping against loss or damage
Import, export, tax and duties support
Expert support from product specialists
Buyer protection and warranty included
Speak with a specialist +31 035 205 7939
Global GPS Systems
Independently verified
4.73 store rating (571 reviews) | 4.68 product rating
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