EFIX F7 Rover Base Set RTK GNSS Receiver with IMU Tilt

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The EFIX F7 Rover Base Set is a compact RTK GNSS solution for surveyors, construction teams, engineers, GIS users and drone mapping professionals who need accurate positioning without depending only on an RTK network. With one receiver used as a base and the other as a rover, this set is practical for construction layout, topographic surveys, stakeout, control points, utility mapping and work in remote areas.

The EFIX F7 combines multi-constellation GNSS tracking, integrated IMU tilt compensation and an internal UHF radio in a lightweight, rugged receiver. The tilt compensation helps measure points faster when the pole cannot be kept perfectly level, while the base-rover setup gives field crews more independence on sites with limited mobile internet or no available correction service.

EFIX F7 Rover Base Set Highlights

Receiver Setup Complete rover and base RTK GNSS set
GNSS Tracking GPS, GLONASS, Galileo, BeiDou and QZSS
IMU Tilt Compensation Calibration-free IMU for faster pole-tilt measurements
RTK Accuracy 8 mm + 1 ppm horizontal, 15 mm + 1 ppm vertical
Internal UHF Radio 430–470 MHz radio for local base-rover corrections
Rugged Design IP67 protected housing with 2 m pole-drop resistance

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Description

EFIX F7 Rover Base Set for independent RTK fieldwork

The EFIX F7 Rover Base Set is built for professionals who need reliable centimetre-level GNSS positioning on construction sites, survey projects, infrastructure work and mapping jobs. The set gives you a complete base and rover workflow, allowing one EFIX F7 receiver to transmit corrections from a known point while the second receiver is used in the field as the rover.

This makes the system especially useful when you work outside reliable RTK network coverage, on private sites, in rural areas or in locations where mobile internet is not stable enough for NTRIP corrections. Instead of relying only on a network service, the local base station provides correction data directly to the rover using the integrated UHF radio.

Made for surveyors, construction crews, GIS teams and drone pilots

The EFIX F7 Rover Base Set is suitable for a wide range of field users. Land surveyors can use it for topographic surveys, control points, stakeout and as-built measurements. Construction teams can use it for site layout, checking positions, road work, earthworks preparation and general measurement tasks around the jobsite.

GIS professionals can use the system to collect accurate asset positions for utilities, infrastructure, boundaries and mapping databases. Drone pilots can use the rover to measure ground control points for photogrammetry or LiDAR projects, helping improve the accuracy and consistency of mapping deliverables.

IMU tilt compensation for faster point measurement

The EFIX F7 includes an integrated IMU for pole-tilt compensation. In practical fieldwork, this means the operator does not always need to hold the pole perfectly vertical before recording a point. This is helpful when measuring close to fences, walls, kerbs, trenches, stockpiles, road edges or other obstacles where standing directly above the point is difficult or unsafe.

For stakeout and high-volume point collection, tilt compensation helps reduce time spent carefully levelling the pole for every shot. Crews can move more naturally across the site while still following good GNSS practice and checking measurement quality in the field software.

Multi-constellation GNSS for stable positioning

The EFIX F7 tracks multiple satellite constellations including GPS, GLONASS, Galileo, BeiDou and QZSS. In real working conditions, this gives the receiver access to more satellites, which can help maintain a stable RTK solution when the sky view is partly limited by buildings, trees, slopes, machinery or other jobsite obstructions.

With suitable corrections and good field conditions, the receiver is designed for centimetre-level RTK accuracy. It can also support static and post-processing workflows, giving surveyors more flexibility when real-time corrections are not the best option for a project.

Internal UHF radio for base and rover workflows

The integrated UHF radio makes the EFIX F7 Rover Base Set a practical choice for local RTK correction setups. The base receiver can send correction data to the rover without requiring mobile internet at every point on the site. This is useful for construction sites, quarries, farms, road projects and remote survey areas where network RTK coverage may be limited.

The receiver also supports common correction and data formats used in professional GNSS workflows, including RTCM, CMR, NMEA and RINEX. This helps the EFIX F7 fit into existing survey and mapping processes with compatible controllers, field software and processing tools.

Compact and rugged for daily outdoor use

The EFIX F7 is a compact, lightweight GNSS receiver designed for regular field use. Its IP67-rated housing protects against dust and water, while the receiver is specified to withstand a 2 metre pole drop. This makes it suitable for demanding outdoor work where equipment is exposed to rain, mud, dust, transport, vibration and busy construction environments.

The built-in battery supports long field sessions, and the USB Type-C connection can be used for charging, firmware updates and data transfer. Wi-Fi and Bluetooth support make it easier to connect with controllers, configure the receiver and manage field data.

Why buy the EFIX F7 Rover Base Set from Global GPS Systems

Choosing a rover and base set is not only about the receiver specifications. The complete setup needs to match your correction workflow, controller, software, region, radio requirements and the type of fieldwork you do every day. Global GPS Systems helps surveyors, construction professionals, GIS teams and mapping specialists choose GNSS equipment that fits their real working conditions.

With the EFIX F7 Rover Base Set, Global GPS Systems can support you with product selection, compatible accessories, RTK workflow advice and practical guidance for getting the system ready for the field. It is a strong option for buyers who want an affordable, compact and independent RTK GNSS setup for accurate outdoor measurement work.

Datasheets & Manuals

Datasheets and manuals

Specifications

EFIX F7 Rover Base Set Specifications

Product Overview

Product Name EFIX F7 Rover Base Set
Product Type RTK GNSS rover and base surveying set
Receiver Model EFIX F7 / F7+ GNSS receiver
Primary Applications Land surveying, construction layout, topographic survey, stakeout, roadwork, earthworks, mapping and field data collection
Receiver Technology Integrated GNSS + calibration-free IMU-RTK receiver
Base / Rover Use Can be used as RTK rover or UHF RTK base, depending on field configuration
Field Software EFIX eField Android surveying software
Data Collector EFIX FC2 handheld field controller

GNSS Performance

GNSS Channels 1608 channels
GPS Signals L1C/A, L2C, L2P(Y), L5
GLONASS Signals L1, L2
Galileo Signals E1, E5a, E5b, E6*
BeiDou Signals B1I, B2I, B3I, B1C, B2a, B2b
QZSS Signals L1, L2, L5, L6*
PPP Support B2b-PPP
SBAS Support L1, L2
Positioning Rate 1 Hz, 5 Hz and 10 Hz
GNSS Engine Features Advanced RTK algorithm with adaptive anti-interference and multipath mitigation

GNSS Accuracy

Mode Horizontal Accuracy Vertical Accuracy
Real-Time Kinematic (RTK) 8 mm + 1 ppm RMS 15 mm + 1 ppm RMS
Post-Processing Kinematic (PPK) 3 mm + 1 ppm RMS 5 mm + 1 ppm RMS
Post-Processing Static 2.5 mm + 0.5 ppm RMS 5 mm + 0.5 ppm RMS
Code Differential 0.4 m RMS 0.8 m RMS
Autonomous 1.5 m RMS 3.0 m RMS

RTK Initialization and Tilt Compensation

RTK Initialization Time < 10 s
RTK Initialization Reliability > 99.9%
Tilt Sensor Calibration-free IMU for pole-tilt compensation
Magnetic Disturbance Resistance IMU tilt compensation is immune to magnetic disturbance
RTK Tilt Compensation Accuracy Additional horizontal pole-tilt uncertainty typically less than 10 mm + 0.7 mm/° tilt
Tilt Angle Stated on Product Page Up to 60° IMU tilt sensor
Productivity Benefit Designed to reduce the need for precise pole plumbing during survey and stakeout work

Time to First Fix

Cold Start < 45 s
Hot Start < 10 s
Signal Re-Acquisition < 1 s

Receiver Communication and Data Recording

Wi-Fi 802.11 b/g/n, access point mode
Bluetooth Bluetooth v4.1
USB Port 1 x USB Type-C port for data download, charging and firmware update
UHF Antenna Port 1 x TNC female UHF antenna port
Data Storage 8 GB high-speed internal memory
Web Configuration Receiver can be configured through a web interface using Wi-Fi connection from a PC or smartphone
Computer Connection USB Type-C connection supports logged data download to a computer

Receiver Data Formats

CMR CMR input and output
RTCM RTCM 2.x and RTCM 3.x input and output
NMEA NMEA 0183 output
Static Data Formats HCN, HRC and RINEX static formats
NTRIP NTRIP Client through PDA / controller network

Internal UHF Radio

Radio Type Standard internal Rx/Tx UHF radio
Frequency Range 410 – 470 MHz
Transmit Power 0.5 W and 1 W
Protocols EFIX, Transparent, TT450, Satel*
Typical Range 3 km typical
Maximum Range Up to 8 km in optimal conditions
Link Rate 9,600 bps

Receiver Power

Power Consumption 2.2 W, depending on user settings
Internal Battery Built-in non-removable Li-ion battery, 6,800 mAh
External Power 5 V / 2 A
Charging Port USB Type-C
RTK Rover Operating Time Up to 24 h on internal battery
UHF RTK Base Operating Time Up to 10.5 h on internal battery
Static Operating Time Up to 25 h on internal battery
Power Adapter Input 100 – 240 V AC

Receiver Hardware and Rugged Design

Dimensions 119 mm x 119 mm x 85 mm / 4.7 in x 4.7 in x 3.3 in
Weight 0.77 kg / 1.60 lb
Housing Magnesium alloy housing
Ingress Protection IP67 dust and waterproof, protected from temporary immersion to depth 1 m
Shock Resistance Survives a 2 m pole drop
Humidity 100% condensation
Front Panel 4 status LEDs and 2 buttons
Status LEDs Correction LED, satellite LED, static LED and power LED
Mounting Thread 5/8-11 threaded insert

Receiver Environmental Specifications

Operating Temperature -40°C to +65°C / -40°F to +149°F
Storage Temperature -40°C to +85°C / -40°F to +185°F
Certifications CE; MIL-STD-810H

EFIX FC2 Data Collector – System

Controller Model EFIX FC2
Product Type Handheld data collector / field controller
Operating System Android-based field controller; available documentation lists Android 8.1 and newer configuration notes list Android 10
Processor MediaTek MT6765 octa-core processor
CPU Configuration 4 cores at 2.3 GHz + 4 cores at 1.8 GHz
RAM 4 GB
Internal Storage 64 GB ROM
External Storage Hot-swappable microSD card support up to 128 GB

EFIX FC2 Data Collector – Display and Input

Display Size 5.5 inch
Display Type HD+ capacitive multi-touch screen
Resolution 1440 x 720 pixels
Brightness 600 cd/m² typical
Outdoor Visibility Sunlight-readable display
Touch Operation Supports stylus, gloves and wet-hand operation
Keyboard Alphanumeric keyboard
Shortcut Buttons Survey hotkey side button and app shortcut button

EFIX FC2 Data Collector – Communication

Mobile Network Support Integrated 2G / 3G / 4G modem
SIM Card Nano-SIM
Wi-Fi IEEE 802.11 a/b/g/n/ac/r, dual-band 2.4 GHz / 5 GHz
Bluetooth Bluetooth 5.0 + BLE
NFC Supported
USB USB Type-C with OTG support
Network Sharing Wi-Fi hotspot, USB shared network and Bluetooth shared network functions

EFIX FC2 Mobile Network Bands

Network Type Supported Bands / Standards
4G LTE FDD B1 / B2 / B3 / B4 / B5 / B7 / B8 / B12 / B17 / B20 / B28AB
4G LTE TDD B34 / B38 / B39 / B40 / B41
3G WCDMA B1 / B2 / B4 / B5 / B8
CDMA EVDO BC0
2G GSM 850 / 900 / 1800 / 1900 MHz
EDGE DL / UL

EFIX FC2 Data Collector – Camera, Sensors and Battery

Rear Camera 8 MP rear camera with auto-focus and integrated flashlight; some earlier documentation lists 13 MP
Sensors G-sensor, proximity sensor, light sensor, E-compass and gyroscope
Battery Type Built-in lithium-ion battery
Battery Capacity 8,000 mAh, 3.8 V; some earlier documentation lists 6,500 mAh
Operating Time Up to 14 hours, depending on operating temperature and usage conditions
Charging Time Approximately 4 hours typical

EFIX FC2 Data Collector – Rugged and Physical Specifications

Ingress Protection IP67
Dust Protection Protected against dust ingress according to IP67 rating
Water Protection Water-resistant according to IP67 rating
Shock Resistance Survives 2 m / 6.5 ft fall onto concrete
Dimensions 225 mm x 80 mm x 17.0 mm / 8.86 in x 3.15 in x 0.67 in
Weight 400 g / 0.88 lb
Operating Temperature -30°C to +60°C / -22°F to +140°F
Storage Temperature -40°C to +70°C / -40°F to +185°F
Certifications CE, FCC, MIL-STD-810H, RoHS, WPC

EFIX eField Software – Survey Workflows

Software Platform Android-based GNSS surveying software
Supported Measurement Workflows Static, RTK and PPK measurement workflows
Point Measurement Methods Topographic point, control point, quick point, continuous point, offset point, corner point and specialized field workflows
Stakeout Functions Point stakeout, line and arc stakeout, surface stakeout, sideslope stakeout, foundation stakeout, visual stakeout and road stakeout
Construction Layout Supports setout of points, lines, arcs, surfaces, foundations and imported design data with compatible equipment
GNSS Status Display Displays receiver battery status, satellite information and solution status
GIS Attribute Collection Supports user-defined GIS attributes with pictures, videos and voice notes
Online and Offline Maps Supports online map sources and offline background maps including CAD, GIS and raster files

EFIX eField Software – Road, Pipeline and Total Station Workflows

Road Survey Functions Horizontal and vertical alignment, cross-sections, slopes, user-defined structures and road stakeout workflows
Road Design Import LandXML road design elements and DXF polylines as road centerlines
Pipeline Survey Pipeline survey workflow with GNSS receiver data and compatible pipeline detector data
Pipeline Export Formats SHP and CSV
Total Station Workflows Total station survey, point stakeout, line stakeout, surface stakeout and road stakeout where compatible instrument and connection method allow
Resection / Free Station Supported
Backsight Methods Backsight to known point and backsight by azimuth

EFIX eField Software – Coordinate System and Localization

Coordinate System Management Supported
Ellipsoid Settings Supported
Projection Settings Supported
Datum Transformation Supported
Horizontal Adjustment Supported
Vertical Adjustment Supported
Geoid File Supported in project setup
Site Calibration Supported
Base Shift Supported
CORS Shift Supported
Single Point Localization Supported

EFIX eField Software – Import Formats

Point Import Points and points-to-stakeout import supported
Text / Point File Formats CSV, DAT, XLSX, XLS and TXT
Reference Map Import DXF, DWG, SHP, KML, KMZ and XML
3D CAD Import 3D DXF
Reference Point Import CSV fixed format
Lines / Arcs Import LNS, PXY and KOF
Code / Code Library Import CSV, XML, CXL, FCL, FXL and MXL
Background Image Import TIF, TIFF, JPG, MBTILES, JMTILES / Jmtiles and WFSDB
Coordinate System Import DC, JXL, CAL, LOK and CRD
Site Calibration Import CAL, LOC, COT and TXT
Carlson File Support CRD / CRDB import supported

EFIX eField Software – Export Formats and Reports

CAD Export DWG and DXF
GIS Export SHP, KML and KMZ
Text / Spreadsheet Export CSV, DAT, TXT and XLSX
Raw Data Export RAW supported
HTML Export Supported
Survey Reports HTML and CSV report workflows supported
Stakeout Reports Point stakeout report supported
Additional Reports Hydro survey, measurement, area and verified survey reports supported
Star*Net Export DAT and GPS report formats
Trimble JXL Export JXL supported
MicroStation Export TXT format
Surface Stakeout Export CSV, TXT and DAT

EFIX eField Software – Cloud and Field Tools

Project Backup and Restore Local project backup and cloud restore supported
Cloud Upload / Download Projects, coordinate systems, work modes and related data
Project Sharing Sharing code support for projects, coordinate systems, points and base maps
Collaborative Work Supported
Remote Assistance Supported
Field Calculations Map adjustment, volumes, inverse calculation, plot deed, transformation, area subdivision and area calculation
Geometry Tools Point-to-line distance, offset distance, deflection, rotation, intersection, bisect angle, divide line and tangent point
General Tools Angle conversion, parameter calculation, calculator and ruler

Package / Included Items

Item Quantity Notes
EFIX F7 GNSS Receiver 2 One receiver typically configured as rover and one as base for rover-base set operation
EFIX FC2 Data Collector 1 Handheld Android field controller for survey data collection and receiver control
EFIX eField Software 1 Android surveying software for GNSS survey, stakeout and field workflows
UHF Bar Antenna, 410 – 470 MHz Included For internal UHF radio communication
USB Type-C Cable Included For charging, data download and firmware update
Power Adapter Included For receiver charging through USB Type-C cable
Survey Pole / 2 m Range Pole with Bag Included For rover operation
Data Collector Bracket Included For mounting the controller to the survey pole
Tripod Included For base station setup
Tribrach Included For stable base station mounting
Tribrach Adapter Included Listed in EFIX F7 basic supply accessories
Auxiliary H.I. Tool Included For height measurement workflow
Transport Hard Case Included For storage and transport of receiver kit components

Configuration and Compatibility Notes

Accuracy Conditions Accuracy and reliability depend on open sky conditions, low multipath, optimal GNSS geometry, atmospheric conditions and recommended GNSS practices
Satellite Service Notes Some Galileo E6 and QZSS L6 functionality may depend on service availability and firmware support
Radio Licensing UHF radio operation may require authorization or licensing depending on country or region
Battery Runtime Note Battery life depends on operating temperature, settings and field usage
Controller Configuration Note FC2 specifications such as Android version, battery capacity and camera resolution may vary by production configuration
Software Compatibility Note Some eField workflows depend on compatible receiver model, instrument model, firmware, license, enabled module and connection method

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

FAQ

EFIX F7 Rover Base Set FAQ

Product Use and Applications

What is the EFIX F7 Rover Base Set used for?

The EFIX F7 Rover Base Set is used for high-accuracy GNSS surveying, construction layout, stakeout, mapping, roadwork, utility surveys, control point measurement and other field positioning tasks that require reliable RTK results.

Who is the EFIX F7 Rover Base Set designed for?

It is designed for land surveyors, civil engineers, construction contractors, GIS teams, mapping professionals, infrastructure companies, utility crews and drone mapping users who need accurate field measurements.

What is the difference between a rover set and a rover-base set?

A rover set normally uses one receiver with correction data from an RTK network or NTRIP service. A rover-base set includes two receivers: one fixed base station and one mobile rover, allowing users to work independently from local correction networks.

When should I choose a rover-base set instead of a rover-only set?

A rover-base set is useful when you work in remote areas, on private construction sites, in locations with poor mobile internet, or in regions without reliable RTK network coverage.

Can the EFIX F7 Rover Base Set be used for construction layout?

Yes. The EFIX F7 Rover Base Set can be used for construction stakeout, site layout, roadwork, earthworks preparation and checking positions on a job site when used with suitable field software and correct survey procedures.

Can GIS and mapping teams use the EFIX F7?

Yes. GIS and mapping teams can use the EFIX F7 for accurate asset collection, utility mapping, infrastructure documentation, environmental mapping and other high-precision data collection workflows.

Accuracy and GNSS Performance

How accurate is the EFIX F7 Rover Base Set?

The EFIX F7 is built for centimetre-level RTK positioning. Actual accuracy depends on satellite visibility, correction quality, site conditions, antenna setup, multipath, atmospheric conditions and correct field procedures.

Which satellite constellations does the EFIX F7 support?

The EFIX F7 supports multiple GNSS constellations, including GPS, GLONASS, Galileo, BeiDou and QZSS. This helps improve satellite availability and positioning reliability in professional fieldwork.

How many GNSS channels does the EFIX F7 have?

The EFIX F7 product information lists 1608 GNSS channels, allowing the receiver to track many satellite signals for stable RTK positioning and survey performance.

What can affect EFIX F7 accuracy in the field?

Accuracy can be affected by trees, buildings, reflective surfaces, poor satellite geometry, weak correction data, incorrect antenna height, unstable base setup, poor radio connection or incorrect project settings.

Can the EFIX F7 be used for static or PPK surveying?

Yes. The EFIX F7 can support static and post-processing workflows depending on the project setup, field procedure, data format and processing software used.

Does the EFIX F7 support RINEX data?

Yes. The EFIX F7 supports static/raw data workflows including RINEX formats, making it suitable for post-processing tasks when RTK is not the preferred method.

IMU Tilt, Base-Rover Workflow and Connectivity

Does the EFIX F7 have IMU tilt compensation?

Yes. The EFIX F7 includes IMU tilt compensation, which helps measure points when the survey pole is not perfectly vertical.

Does the EFIX F7 IMU need calibration?

The EFIX F7 is listed with a calibration-free IMU, helping users start work faster and reducing setup steps during normal field operation.

Why is IMU tilt compensation useful?

IMU tilt compensation helps users measure hard-to-reach points near walls, fences, trenches, kerbs, slopes, stockpiles or other obstacles without spending extra time perfectly levelling the pole for every measurement.

Does the EFIX F7 have an internal UHF radio?

Yes. The EFIX F7 includes an internal UHF radio for transmitting or receiving RTK corrections in base-rover workflows.

What is the UHF radio range of the EFIX F7?

The typical UHF radio range is around 3 km, with longer range possible under optimal open-field conditions. Actual range depends on terrain, antenna setup, radio settings, interference and line of sight.

Can the EFIX F7 use NTRIP corrections?

Yes. The EFIX F7 can be used with NTRIP correction workflows through a compatible controller or field software connection, depending on the correction service and setup.

Does the EFIX F7 have an internal internet modem?

No. The EFIX F7 is listed without an internal internet modem. For network RTK workflows, correction data is typically received through the connected controller, data collector or another internet-enabled device.

Software, Accessories and Field Durability

What software is used with the EFIX F7 Rover Base Set?

The EFIX F7 Rover Base Set is commonly used with EFIX eField surveying software for survey, stakeout, mapping and engineering workflows.

What accessories are included with the EFIX F7 Rover Base Set?

The set includes essential field accessories such as the EFIX FC2 data collector, eField software, surveying pole, data collector bracket, tripod, tribrach and adapter. Package contents can vary by configuration, so the current kit should always be checked before ordering.

Can the EFIX F7 Rover Base Set be customised?

Yes. The set can be adapted for different workflows, such as using a tablet instead of the included controller or changing software and accessories depending on project requirements.

Is the EFIX F7 waterproof and dustproof?

Yes. The EFIX F7 has an IP67 rating, which means it is protected against dust and temporary water immersion under specified conditions.

How rugged is the EFIX F7 for field use?

The EFIX F7 is designed for demanding outdoor work, with a rugged housing and resistance to a 2 m pole drop, making it suitable for construction sites, roads, survey projects and other field environments.

How long does the EFIX F7 battery last?

Battery life depends on receiver settings, temperature, radio use and workflow. Product information lists long operating time for RTK rover and static work, and the receiver supports USB-C charging for easier field power management.

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Need a tailored quote?
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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
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4.73 store rating (571 reviews) | 4.68 product rating
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