EFIX F6 Vision IMU RTK GNSS Rover Set

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The EFIX F6 Rover Set is a compact RTK GNSS surveying set for construction layout, land surveying, GIS mapping and general field measurement. With 1608-channel GNSS tracking, AR vision stakeout and 4D AUTO-IMU tilt compensation, it helps users measure and stake points faster, even when the pole cannot be held perfectly vertical.

This complete rover set includes the EFIX F6 receiver, EFIX FC2 data collector, eField software, telescopic survey pole and controller bracket, giving surveyors and construction teams a practical RTK workflow for daily site work.

EFIX F6 Rover Set Highlights

GNSS Channels 1608 channels with GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC and SBAS support
Vision Stakeout 2 MP camera with AR guidance in eField software
IMU Tilt Compensation 4D AUTO-IMU with tilt compensation up to 60°
RTK Accuracy 8 mm + 1 ppm horizontal and 15 mm + 1 ppm vertical
Field Durability IP68 rated, IK08 shock resistance, 450 g receiver weight

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Buyer protection and warranty included
Speak with a specialist +31 035 205 7939
Global GPS Systems
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4.73 store rating (575 reviews) | 4.68 product rating

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Description

EFIX F6 Rover Set for RTK Surveying and Construction Layout

The EFIX F6 Rover Set is designed for professionals who need accurate GNSS measurements without carrying a large or heavy receiver. It is a compact vision IMU RTK rover set for land surveyors, construction workers, civil engineers, GIS teams, drone mapping crews and anyone who needs centimetre-level positioning in the field.

With its lightweight 450 g receiver body, the EFIX F6 is easy to use during long measurement days. The set is suitable for measuring points, setting out construction positions, collecting GIS features, checking site levels, recording boundaries and working with CAD data in the field. For teams moving between jobs, the small receiver size and complete rover setup make it practical to transport and quick to deploy.

AR Vision Stakeout for Easier Point Finding

One of the main advantages of the EFIX F6 is its AR vision stakeout function. The built-in 2 MP camera works with eField software to show visual guidance on the controller screen. Instead of only following numbers and direction arrows, the user can see stakeout guidance in the real site environment.

This is especially useful on busy construction sites, road projects and infrastructure work where the next point can be difficult to understand from a map view alone. The camera-assisted workflow helps operators move more confidently towards the correct position, reducing time spent walking back and forth when setting out points, lines or CAD design data.

4D AUTO IMU Tilt Compensation

The EFIX F6 uses 4D AUTO-IMU tilt compensation up to 60°. In real fieldwork, this means the pole does not always need to be held perfectly vertical to record a useful measurement. This is helpful near walls, fences, trenches, parked machinery, vegetation, traffic areas and other places where a straight pole position is difficult or unsafe.

The calibration-free IMU is designed for fast everyday use. It automatically supports pole-tilt measurement while working, helping surveyors and construction teams keep productivity high without adding complicated setup steps.

Multi Constellation GNSS for Reliable RTK Work

The EFIX F6 tracks 1608 GNSS channels and supports major satellite constellations including GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC and SBAS. For field users, this broad signal tracking helps maintain stable positioning in different locations and site conditions, especially where satellite visibility changes during the day.

In RTK mode, the receiver is specified for 8 mm + 1 ppm horizontal accuracy and 15 mm + 1 ppm vertical accuracy under suitable GNSS conditions. This makes it a strong option for construction layout, topographic surveys, as-built measurements, road work, earthworks, utility mapping and general engineering survey tasks.

Built for Daily Field Conditions

The EFIX F6 receiver is built for rough outdoor use. Its IP68 protection helps guard against dust and water exposure, while IK08 shock resistance and 2 metre pole-drop survival support daily use on construction and survey sites. The receiver operates in a wide temperature range, making it suitable for changing weather and demanding outdoor work.

The internal battery supports up to 17 hours of UHF or 4G RTK rover use without camera operation, up to 10 hours with vision stakeout and up to 22 hours in static mode. Charging is handled by USB Type-C, which also makes it easier to work with modern charging accessories and power banks when needed.

eField Software for Survey and Stakeout Workflows

The rover set includes eField software, giving users tools for map surveying, CAD stakeout, CAD editing and earthwork volume workflows. Surveyors can collect points and lines, work with project drawings and stake design data directly in the field. For construction teams, this helps reduce office-to-field delays because common layout and checking tasks can be handled on site.

The EFIX FC2 data collector provides the field interface for configuring the receiver, managing projects and working with survey data. Together with the telescopic pole and controller bracket, the set is ready for a practical rover workflow using RTK network corrections or compatible correction setups.

Who Uses the EFIX F6 Rover Set?

The EFIX F6 Rover Set is suitable for professional users who need accurate positioning but prefer a compact and easy-to-handle GNSS system. Land surveyors can use it for boundary, topographic and stakeout work. Construction teams can use it for site layout, checking positions and recording as-built data. GIS users can collect accurate asset and feature locations. Drone pilots and mapping teams can use it for ground control points and field reference measurements.

It is also a practical option for companies that want modern RTK features such as IMU tilt and camera-assisted stakeout without moving to a larger receiver. The combination of compact size, multi-constellation GNSS, AR vision and eField software makes it a strong daily rover set for mixed survey and construction tasks.

Buying from Global GPS Systems

Global GPS Systems supplies the EFIX F6 Rover Set for professionals who need reliable GNSS equipment, practical advice and support before and after purchase. If you are comparing RTK rover sets for construction, surveying, GIS or drone mapping, Global GPS Systems can help check whether the EFIX F6 fits your workflow, correction method and field accuracy requirements.

Datasheets & Manuals

Datasheets and manuals

Specifications

EFIX F6 Rover Set Specifications

Product Overview

Product name EFIX F6 Rover Set
Product type Compact palm-size vision IMU-RTK GNSS rover set
Main receiver EFIX F6 GNSS receiver
Typical users Surveyors, construction professionals, engineers, mapping teams, GIS data collection teams and infrastructure field crews
Typical applications RTK GNSS surveying, cadastral surveying, topographic surveys, construction layout, engineering stakeout, road and infrastructure work, utility mapping, earthworks, volume workflows and GIS data collection
Key technologies 1608-channel GNSS, Full-Star technology, 4D AUTO-IMU tilt compensation, AR vision stakeout, eField field software support
Receiver design Compact, lightweight palm-size GNSS receiver for professional fieldwork

GNSS Performance

GNSS channels 1608 channels
GPS signals L1C/A, L2C, L2P(Y), L5
GLONASS signals L1, L2, L3*
Galileo signals E1, E5a, E5b, E6*
BeiDou signals B1I, B2I, B3I, B1C, B2a, B2b*
QZSS signals L1C/A, L1C, L2C, L5
NavIC / IRNSS signals L5
SBAS signals L1, L5*
PPP support B2b-PPP, E6B-HAS
Full-Star technology Supported
Satellite tracking notes Some signals and services are subject to constellation service availability, firmware support and future firmware upgrades

Positioning Accuracy

RTK horizontal accuracy 8 mm + 1 ppm RMS
RTK vertical accuracy 15 mm + 1 ppm RMS
RTK initialization time < 10 s
RTK initialization reliability > 99.9%
PPK horizontal accuracy 3 mm + 1 ppm RMS
PPK vertical accuracy 5 mm + 1 ppm RMS
Post-processing static horizontal accuracy 2.5 mm + 0.5 ppm RMS
Post-processing static vertical accuracy 5 mm + 0.5 ppm RMS
Code differential horizontal accuracy 0.4 m RMS
Code differential vertical accuracy 0.8 m RMS
Autonomous horizontal accuracy 1.5 m RMS
Autonomous vertical accuracy 2.5 m RMS
Vision stakeout horizontal accuracy 8 mm + 1 ppm RMS
Vision stakeout vertical accuracy 15 mm + 1 ppm RMS
Positioning rate 1 Hz, 5 Hz and 10 Hz; 10 Hz noted as firmware-dependent/future firmware upgrade in the datasheet
Cold start < 45 s
Hot start < 10 s
Signal re-acquisition < 1 s
Accuracy conditions Accuracy and reliability depend on open sky, low multipath, optimal GNSS geometry, atmospheric conditions and recommended GNSS survey practices

IMU Tilt Compensation

IMU type 4D AUTO-IMU
IMU update rate 200 Hz
Supported tilt angle 0° to 60°
Additional horizontal pole-tilt accuracy Typically less than 2.5 cm within 30°
Tilt sensor Calibration-free IMU for pole-tilt compensation
Magnetic disturbance resistance Immune to magnetic disturbance according to datasheet description
Tilt workflow benefit Allows field measurements without keeping the survey pole perfectly vertical for every point
IMU re-initialization conditions May be required after enabling RTK or IMU, receiver drop during work, tilting beyond 65°, long stationary periods, rapid pole rotation or strong pole impact

Camera and Vision Stakeout

Camera function AR vision stakeout
Sensor pixels 2 MP
Aperture F2.4
Video frame rate 30 fps
Visual guidance Supports real-time visual stakeout guidance in compatible eField workflows
Visual stakeout connection requirement eField visual survey and stakeout functions require 5 GHz Wi-Fi connection between controller and compatible visual receiver

Communication and Connectivity

Wi-Fi 2.4 GHz 802.11 b/g/n
Wi-Fi 5 GHz 802.11ac
Bluetooth Bluetooth 4.2, backward compatible
NFC NFC for device touch pairing
USB port 1 × USB Type-C port for external power, data download and OTG firmware update
UHF antenna port 1 × SMA female UHF antenna port
Computer connection USB Type-C connection for serial data transfer, configuration and logged data download
Controller connection Wi-Fi or Bluetooth connection with eField software
Web interface Receiver can be configured through a web browser via Wi-Fi connection
Default web interface IP 192.168.1.1
Supported web browsers Google Chrome and Microsoft Internet Explorer version 10 or higher, according to user manual

UHF Radio

Internal UHF radio Internal receive-only radio
UHF frequency range 410 MHz to 470 MHz
UHF protocols EFIX, Transparent, TT450
UHF link rate 9600 bps to 19200 bps
UHF rover setup UHF whip antenna should be connected when working as a UHF rover station
UHF regulatory note Use of UHF datalink may be subject to local radio regulations and licensing requirements

Data Formats and Storage

Internal storage 8 GB high-speed memory
Correction/data formats RTCM2.x, RTCM3.x, CMR input/output, Full Star HCN
Static/post-processing formats RINEX 2.11, RINEX 3.02
NMEA output NMEA 0183 output
NTRIP support NTRIP Client and NTRIP Caster
Logged data download methods FTP download, web server download and USB download
USB data access Receiver appears as a removable disk when connected to a computer by USB Type-C
Static data folders Static data is stored in receiver logging folders such as record_1 according to user manual workflow
Internal FTP access Receiver supports internal FTP-based data download through the web interface

Electrical and Battery

Battery type Built-in non-removable rechargeable lithium-ion battery
Charging port USB Type-C
Charging time Full charge in approximately 4.5 hours
External power input USB Type-C, 5 V / 2 A
Power bank support Supported via USB Type-C external power
Operating time in UHF / 4G RTK rover mode without camera Up to 17 hours
Operating time in vision stakeout mode Up to 10 hours
Operating time in static mode Up to 22 hours
Battery life note Battery life depends on operating temperature and field conditions
External power adapter input 100–240 V AC power adapter connection described in user manual

Hardware

Dimensions Ø106 mm × 55.6 mm
Dimensions, imperial Ø4.17 in × 2.1 in
Weight 450 g
Weight, imperial 0.99 lb
Front panel 2 synchronized LEDs and 1 button
Power button operation Press and hold for 3 seconds to turn receiver on or off
Recovery mode operation Hold power button for 10 seconds, wait for indicator blink, then press three times to enter recovery mode
Indicator functions Indicates differential data transmit/receive status, satellite tracking status and charging status
Receiver ports location SMA port and USB Type-C port located on the bottom of the unit

Environmental and Durability

Operating temperature -40°C to +65°C
Operating temperature, imperial -40°F to +149°F
Storage temperature -40°C to +85°C
Storage temperature, imperial -40°F to +185°F
Humidity 100% non-condensation
Ingress protection IP68 according to IEC 60529
Shock resistance grade IK08
Drop resistance Survives a 2 m pole drop
Field environment Designed for rough outdoor survey and engineering field environments

eField Software and Field Workflows

Supported field software eField
GNSS receiver configuration Supported through eField and receiver web interface
Survey workflows Point survey, map survey and general GNSS rover workflows
Stakeout workflows Point stakeout, line stakeout, arc stakeout, surface stakeout, sideslope stakeout, foundation stakeout and visual stakeout
CAD workflow CAD view, opening CAD files, field CAD work and CAD-based stakeout workflows
Earthwork workflow Earthwork volume calculation support in eField
Visual receiver workflow AR button appears in compatible visual receiver workflows for visual survey and stakeout
Web configuration menus Status, Satellites, Receiver Configuration, Data Recording, IO Settings, Network Setting, Module Setting and Firmware menus

Included Items

Item Quantity Notes
EFIX F6 GNSS receiver 1 Main compact vision IMU-RTK GNSS receiver
EFIX FC2 data collector 1 Controller for field software operation
eField software 1 Field software for survey, stakeout, CAD and construction workflows
Telescopic pole 1 Survey pole for rover field use
Controller bracket 1 Mounting bracket for attaching the data collector to the pole

Important Notes

Firmware-dependent features Some satellite signals, services and 10 Hz positioning support are noted as dependent on availability or future firmware upgrades
GNSS performance conditions Specified accuracy assumes suitable GNSS conditions including open sky, low multipath, good satellite geometry and proper survey practice
Radio compliance UHF operation may require local authorization depending on country, frequency and power regulations
Receiver care Receiver is a high-precision electronic instrument and should be handled with reasonable care despite rugged field protection

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

FAQ

EFIX F6 Rover Set FAQ

Product Overview and Applications

What is the EFIX F6 Rover Set used for?

The EFIX F6 Rover Set is used for professional RTK GNSS surveying, construction layout, engineering stakeout, topographic surveys, GIS data collection, infrastructure work and mapping tasks where accurate field positioning is required.

Who is the EFIX F6 Rover Set designed for?

It is designed for surveyors, construction professionals, civil engineers, mapping teams, infrastructure contractors and field crews who need a compact RTK rover with modern productivity tools.

Is the EFIX F6 suitable for construction layout?

Yes. The EFIX F6 is well suited for construction layout because it combines RTK accuracy, IMU tilt compensation, AR vision stakeout and eField software tools for point, line, surface, foundation and CAD-based stakeout workflows.

Can the EFIX F6 be used for surveying and mapping?

Yes. The EFIX F6 can be used for cadastral work, topographic surveys, engineering surveys, GIS data collection, utility mapping, road projects and other professional GNSS field tasks.

What is included in the EFIX F6 Rover Set?

The set is described as including the EFIX F6 GNSS receiver, EFIX FC2 data collector, eField software, telescopic pole and controller bracket. The final package contents can depend on the selected configuration, so the exact accessory list should be confirmed when ordering.

Is the EFIX F6 a compact receiver?

Yes. The EFIX F6 is a palm-size GNSS receiver weighing approximately 450 g, making it easy to carry and use during long field days.

Accuracy, GNSS Performance and Tilt Compensation

How accurate is the EFIX F6 in RTK mode?

The EFIX F6 has specified RTK accuracy of 8 mm + 1 ppm RMS horizontally and 15 mm + 1 ppm RMS vertically under suitable GNSS conditions.

How many GNSS channels does the EFIX F6 have?

The EFIX F6 has 1608 GNSS channels, allowing it to track multiple satellite constellations and frequencies for reliable professional positioning workflows.

Which satellite constellations does the EFIX F6 support?

The EFIX F6 supports GPS, GLONASS, Galileo, BeiDou, QZSS, NavIC/IRNSS and SBAS signals, depending on constellation availability, service availability and firmware support.

Does the EFIX F6 have IMU tilt compensation?

Yes. The EFIX F6 includes 4D AUTO-IMU tilt compensation, allowing measurements with the pole tilted from 0 to 60 degrees.

Why is IMU tilt compensation useful?

IMU tilt compensation helps users measure points faster without perfectly levelling the pole every time. This is useful near walls, fences, trenches, curbs, façades, obstacles and other difficult-to-reach locations.

Does the EFIX F6 IMU need calibration?

The EFIX F6 uses a calibration-free IMU for pole-tilt compensation and is specified as immune to magnetic disturbance.

AR Vision Stakeout, Software and Field Workflows

Does the EFIX F6 support AR vision stakeout?

Yes. The EFIX F6 includes AR vision stakeout using an integrated 2 MP camera with F2.4 aperture and 30 fps video frame rate.

How does AR vision stakeout help in the field?

AR vision stakeout provides visual guidance in supported eField workflows, helping users move toward stakeout points more intuitively with visual direction and distance information.

What software is used with the EFIX F6 Rover Set?

The EFIX F6 Rover Set is designed to work with eField software, which supports GNSS rover configuration, survey, stakeout, CAD and construction field workflows.

Can eField software work with CAD files?

Yes. eField supports CAD-related workflows, including viewing CAD files, working with CAD data, drawing, editing, measuring and staking out points or lines from CAD drawings.

What stakeout workflows are supported?

eField supports common stakeout workflows such as point stakeout, line stakeout, arc stakeout, surface stakeout, sideslope stakeout, foundation stakeout and visual stakeout.

Can the EFIX F6 be used for earthwork and volume workflows?

Yes. The EFIX F6 with eField software can support construction and engineering workflows such as field surveying, CAD-based work and earthwork volume-related tasks.

Connectivity, Battery, Durability and Data

Does the EFIX F6 work with NTRIP corrections?

Yes. The EFIX F6 supports NTRIP Client and NTRIP Caster workflows for RTK correction services where compatible network corrections are available.

Does the EFIX F6 have an internal UHF radio?

Yes. The EFIX F6 has an internal UHF radio receiver. The datasheet specifies internal Rx only, operating from 410 to 470 MHz with EFIX, Transparent and TT450 protocols.

What data formats does the EFIX F6 support?

The EFIX F6 supports common GNSS data formats including RTCM2.x, RTCM3.x, CMR input and output, HCN, RINEX 2.11, RINEX 3.02 and NMEA 0183 output.

How long does the EFIX F6 battery last?

The EFIX F6 can operate for up to 17 hours in UHF or RTK rover use without camera, up to 10 hours during vision stakeout and up to 22 hours in static mode.

How is the EFIX F6 charged?

The EFIX F6 charges through USB Type-C. A full charge takes approximately 4.5 hours, and the receiver can also support external power input through USB Type-C.

Is the EFIX F6 waterproof and rugged?

Yes. The EFIX F6 is rated IP68 for dust and water resistance, has IK08 shock resistance and is specified to survive a 2 m pole drop.

What connectivity options does the EFIX F6 offer?

The EFIX F6 includes Wi-Fi, Bluetooth, NFC touch pairing, USB Type-C connectivity and a UHF antenna port for compatible rover workflows.

How much internal storage does the EFIX F6 have?

The EFIX F6 has 8 GB of high-speed internal data storage for GNSS data and field workflows.

Reviews (1)

1 review for EFIX F6 Vision IMU RTK GNSS Rover Set

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  1. William M. (verified owner)

    Verified reviewVerified review - view originalExternal link

    extremely lightweight! similar performance as my leica at fraction of the price

    (0) (0)

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This product is Available

Contact our experts for the best possible price and configuration.

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 (575 reviews) | 4.68 product rating
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