EFIX F8 Rover Set Vision IMU RTK GNSS Receiver

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The EFIX F8 Rover Set is a compact vision IMU RTK GNSS solution for surveyors, construction teams, GIS users and field engineers who need fast, accurate positioning in practical site conditions. With 1608 channels, full GNSS constellation support, dual-camera vision survey, AR stakeout guidance and 60° IMU tilt compensation, the F8 helps you measure points faster, including locations that are difficult to reach with a levelled pole.

EFIX F8 Rover Set Highlights

GNSS Channels 1608 channels
Satellite Support GPS, GLONASS, Galileo, BeiDou, QZSS and SBAS
IMU Tilt 0–60° automatic IMU tilt compensation
Vision Survey Dual-camera vision measurement and AR stakeout
UHF Radio Integrated 410–470 MHz UHF radio

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Global GPS Systems
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4.73 store rating (571 reviews) | 4.68 product rating

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Description

EFIX F8 Rover Set Vision IMU RTK GNSS Receiver Product Review

EFIX F8 Rover Set for Vision IMU RTK Surveying

The EFIX F8 Rover Set is built for professionals who need reliable RTK GNSS performance in everyday fieldwork. It combines a compact GNSS receiver, vision technology, automatic IMU tilt compensation and eField field software into a practical rover package for land surveying, construction layout, infrastructure work, GIS data collection and engineering measurements.

For surveyors and site teams, the main advantage of the EFIX F8 is that it helps reduce the time spent trying to reach or level difficult points. The receiver uses dual cameras for vision survey and visual stakeout workflows, allowing you to measure or navigate to points with real-time visual guidance. This is useful around fences, slopes, corners, stockpiles, traffic areas, trenches and other locations where conventional pole positioning can slow the job down.

Vision Survey and AR Stakeout for Faster Fieldwork

The EFIX F8 is designed around the idea of measuring what you see. Its front and bottom cameras support vision-based survey and stakeout tasks in eField software. Instead of relying only on map view or offset methods, field crews can use visual guidance to move towards stakeout points and capture measurements in more complex environments.

In construction and infrastructure work, this can make set-out tasks easier to understand for mixed teams. Operators can follow visual direction on the controller, while surveyors keep control over accuracy, point coding and project data. For GIS and asset mapping, the vision functions can also help when collecting features that are near obstacles or not comfortable to access directly.

60 Degree IMU Tilt Compensation

The built-in IMU allows measurements with the pole tilted up to 60 degrees. This helps when working beside walls, under light obstruction, on uneven ground or near objects where keeping the pole perfectly vertical is not practical. Tilt compensation reduces the need for repeated levelling and can speed up point collection during topographic surveys, boundary work, site checks and utility mapping.

The F8 uses automatic IMU operation, so the receiver is suited to busy field conditions where surveyors need to move quickly between points. In real use, this means less time adjusting the pole and more time collecting usable data.

Full Constellation GNSS Performance

With 1608 channels and support for GPS, GLONASS, Galileo, BeiDou, QZSS and SBAS, the EFIX F8 is made for professional RTK workflows where satellite availability matters. Full-constellation tracking helps maintain productivity in changing site conditions, including urban edges, tree-lined areas and construction sites with partial sky obstruction.

The receiver supports RTK accuracy for precise field positioning and includes UHF radio capability for rover-base workflows. It can also be used in network RTK workflows through the controller and field software, depending on your correction service and project setup.

Compact Receiver for Survey and Construction Crews

The EFIX F8 has a small, lightweight receiver body that is easy to handle during long field days. Its integrated battery system, USB Type-C charging and internal storage make it practical for teams that move between job sites and need a dependable GNSS rover without carrying unnecessary equipment.

The rover set includes the key accessories needed for a standard field setup, including the EFIX F8 GNSS receiver, UHF antenna, USB Type-C cable, tribrach adaptor, 2 m range pole with bag, auxiliary height tool and transport hard case. The set is commonly combined with an EFIX controller and eField software for a complete data collection workflow.

Who Uses the EFIX F8 Rover Set?

The EFIX F8 is suitable for land surveyors, construction layout teams, civil engineers, road and infrastructure contractors, GIS professionals, drone mapping teams and utility mapping crews. It is especially useful for users who need centimetre-level GNSS positioning but also want faster stakeout and measurement around obstacles.

Surveyors can use it for topographic surveys, control checks, boundary measurements, as-built surveys and stakeout. Construction professionals can use it for site layout, cut and fill checks, road work, machine control preparation and progress measurement. GIS teams can use it for accurate asset collection where handheld GPS accuracy is not enough.

Field Software and Workflow

The EFIX F8 Rover Set works with eField software, giving field teams tools for point measurement, stakeout, CAD-based workflows and road or surface-related tasks. The software is designed for practical field operation, so users can connect the receiver, manage jobs, collect points and export project data for office processing.

For buyers comparing RTK GNSS systems, the EFIX F8 is best suited to teams that want more than a standard IMU receiver. Its vision survey and AR stakeout functions add practical value when working in complex environments, while the full GNSS tracking and integrated UHF radio keep it flexible for different correction workflows.

Buying the EFIX F8 Rover Set from Global GPS Systems

Global GPS Systems supplies the EFIX F8 Rover Set for professional GNSS users worldwide. Our team can help you check whether this rover set fits your workflow, correction service, software preference and accuracy requirements. We also support customers with product advice, export knowledge and practical GNSS experience, so you can choose equipment that fits the way you actually work in the field.

Datasheets & Manuals

Datasheets and manuals

Specifications

EFIX F8 Rover Set Specifications

Product Overview

Product Type Professional GNSS RTK rover set
Receiver Model EFIX F8 Vision IMU-RTK GNSS receiver
Primary Applications Land surveying, construction layout, stakeout, topographic survey, mapping, earthworks, road work and 3D modeling workflows
Core Technologies Full-constellation GNSS, RTK, 4D Auto-IMU tilt compensation, vision survey, AR vision navigation and vision stakeout
GNSS Channels 1608 channels
Integrated Cellular Modem None in the F8 receiver; mobile internet can be used through the included controller or external data connection where configured

GNSS Signal Tracking

GPS L1C/A, L2C, L2P(Y), L5
GLONASS L1, L2, L3
Galileo E1, E5a, E5b, E6
BeiDou B1I, B2I, B3I, B1C, B2a, B2b
QZSS L1, L2, L5, L6
SBAS L1, L2
PPP B2b-PPP
RTK Engine Full-Star algorithm for full-constellation and multi-frequency tracking

Positioning Accuracy

Mode Horizontal Accuracy Vertical Accuracy / Notes
Real-Time Kinematic (RTK) 8 mm + 1 ppm RMS 15 mm + 1 ppm RMS; initialization time < 10 s; initialization reliability > 99.9%
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 2.5 m RMS
Vision Survey Typical 2–4 cm Measurement range 2–10 m
Positioning Rate 1 Hz, 5 Hz and 10 Hz Selectable positioning output rates
Time to First Fix Cold start: < 45 s; hot start: < 10 s Signal reacquisition: < 1 s

IMU Tilt Compensation

IMU Type 4D Auto-IMU
IMU Update Rate 200 Hz
Tilt Angle Range 0° to 60°
Pole-Tilt Compensation Calibration-free IMU pole-tilt compensation
Additional Horizontal Pole-Tilt Accuracy Typically less than 2.5 cm within 30°
Magnetic Immunity Designed to be immune to magnetic disturbance
IMU Workflow Automatic 4D IMU initialization during motion with continuous field operation support

Vision Camera and Imaging

Vision System Integrated vision system for AR navigation, vision stakeout, vision survey and 3D modeling workflows
Camera Sensor 2 MP
Field of View 75°
Video Frame Rate 25 fps
Image Group Capture Typical 2 Hz capturing rate; up to 25 Hz maximum
Maximum Capture Time 60 s
Approximate Image Group Size Approximately 60 MB
Vision Survey Function Measures high-precision 3D coordinates from real-time video for signal-obscured, hard-to-reach and hazardous points
3D Modeling Function Captures POS photos for building modeling and collaborative modeling workflows

Communication and Radio

Wi-Fi 802.11 b/g/n/ac, access point mode
Bluetooth Bluetooth v4.2
NFC Supported
USB Port 1 x USB Type-C port for external power, data download and firmware update
UHF Antenna Port 1 x UHF antenna port, TNC female
Internal UHF Radio Standard internal Tx/Rx, 410–470 MHz
UHF Transmit Power 0.5 W or 1 W
UHF Protocols EFIX, Transparent, TT450, Satel
UHF Link Rate 9,600 bps to 19,200 bps
UHF Range Typical 3 km; up to 8 km under optimal conditions

Data Formats and Storage

Correction Formats RTCM2.x, RTCM3.x, CMR input/output
Static and Raw Data Formats Full-Star RINEX 2.11, 3.02, HCN, HRC and RINEX static formats
Navigation Output NMEA 0183 output
NTRIP NTRIP client and NTRIP caster
Internal Data Storage 8 GB high-speed memory
Data Download USB Type-C, FTP download and web server download supported through receiver workflow

Power and Battery

Specification Value Notes
Power Consumption Typical 2.2 W Dependent on user settings
Battery Type Rechargeable built-in lithium battery Receiver battery system
Battery Capacity 4900 mAh, 7.2 V Manufacturer datasheet value
RTK Rover Runtime Without Camera Up to 16.5 h UHF/4G mode without camera
Vision Stakeout / Vision Survey Runtime Up to 9.5 h RTK rover vision operation
UHF RTK Base Runtime Up to 10 h Base station mode
Static Survey Runtime Up to 22 h Static operation
External Power Input 5 V / 2 A Via USB Type-C

Receiver Physical and Environmental Specifications

Dimensions Φ134 mm x 80 mm; Φ5.28 in x 3.15 in
Weight 750 g; 1.65 lb
Front Panel 1 LED and 1 button
Operating Temperature -40 °C to +65 °C; -40 °F to +149 °F
Storage Temperature -40 °C to +85 °C; -40 °F to +185 °F
Humidity 100% non-condensation
Ingress Protection IP67 waterproof and dustproof; protected from temporary immersion to 1 m depth
Shock Resistance Grade IK08
Drop Resistance Survives a 2 m pole drop

Included FC2 Data Collector

Controller Model EFIX FC2 handheld data controller
Operating System Android 8.1
Processor MediaTek MTK6762 Octa Core 2.0 GHz
RAM 4 GB
Internal Storage 64 GB
Expandable Storage MicroSD card, up to 128 GB
Display 5.5 in IPS LTPS LCD capacitive multi-touch screen, HD 1440 x 720, 296 ppi scratch-resistant glass
Keypad Alphanumeric keypad
Camera 13 MP rear camera with auto-focus and flashlight
Mobile Network 2G / 3G / 4G mobile network support
Wi-Fi 802.11 a/b/g/n/ac/d/e/h/i/k/r/v/w
Bluetooth Bluetooth v5.0
USB USB Type-C with OTG
Sensors G-sensor, light sensor, NFC, gyroscope, e-compass and speaker
Battery Capacity 6,500 mAh Li-ion battery
Operating Time Up to 14 h under normal conditions
Charging Time 4 h typical
Ingress Protection IP67
Drop Resistance 2 m fall onto concrete
Controller Dimensions 225 mm x 80 mm x 17 mm; 8.9 in x 3.2 in x 0.79 in
Controller Weight 375 g; 13.2 oz with battery
Operating Temperature -20 °C to +55 °C; -4 °F to +131 °F
Storage Temperature -40 °C to +70 °C; -40 °F to +158 °F
Controller Certifications CE, FCC, MIL-STD-810H, RoHS, WPC

Software and Field Workflows

Included Field Software eField surveying software
Supported Survey Objects Points, lines, polylines and surfaces
Survey Functions Topographic survey, stakeout, road work, earthworks and related field surveying tasks
CAD and Mapping Functions Features, codes, on-site drawing and CAD-related field functions
AR Vision Navigation Visual navigation with real-time distance indication for field stakeout guidance
Vision Stakeout Displays ground stakeout points in the field software for faster visual guidance
Road and Earthwork Support Supports road stakeout workflows, cut-fill value workflows and LandXML-based road data workflows where configured

Package / Included Items

Item Quantity Notes
EFIX F8 GNSS receiver 1 Main Vision IMU-RTK rover receiver
EFIX FC2 data collector 1 Included handheld controller for field operation
eField surveying software 1 Field data collection and survey software
UHF bar / whip antenna 1 410–470 MHz radio antenna
Telescopic / 2 m range pole with bag 1 Survey pole for rover operation
Data collector bracket 1 Mounting bracket for controller use in the field
eField USB Type-C cable 1 For charging, data download or receiver connection tasks
Tribrach adaptor 1 Included in the F8 basic supply accessories
Auxiliary H.I. tool 1 Height measurement accessory
Power adapter 1 Charging accessory
Transport hard case 1 Protective transport and storage case

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

FAQ

EFIX F8 Rover Set FAQ

Product Use and Applications

What is the EFIX F8 Rover Set used for?

The EFIX F8 Rover Set is used for professional RTK GNSS surveying, construction layout, stakeout, topographic measurement, roadwork, site mapping and engineering field tasks where accurate positioning is required.

Who is the EFIX F8 Rover Set designed for?

It is designed for land surveyors, construction layout teams, civil engineers, infrastructure contractors, road survey crews, mapping professionals and other users who need precise GNSS measurements in the field.

Can the EFIX F8 be used for construction stakeout?

Yes. The EFIX F8 is suitable for construction stakeout and layout work. Its RTK positioning, IMU tilt compensation and AR vision stakeout help users locate design points more quickly and accurately on site.

Is the EFIX F8 suitable for difficult terrain?

Yes. The EFIX F8 is built for demanding field conditions such as uneven ground, complex sites, hard-to-reach points and areas where traditional pole positioning can be difficult.

Can the EFIX F8 measure hard-to-reach or hazardous points?

Yes. The vision survey functions help users measure points that may be difficult, unsafe or inconvenient to access directly, reducing the need to physically place the pole on every point.

Accuracy, GNSS and RTK Performance

What RTK accuracy does the EFIX F8 provide?

The EFIX F8 offers RTK accuracy of 8 mm + 1 ppm RMS horizontally and 15 mm + 1 ppm RMS vertically under suitable field and correction conditions.

How many GNSS channels does the EFIX F8 have?

The EFIX F8 has 1608 GNSS channels, allowing it to track multiple satellite signals and frequencies for reliable positioning performance.

Which satellite constellations does the EFIX F8 support?

The EFIX F8 supports GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS and PPP signals, depending on signal availability and local operating conditions.

How fast does the EFIX F8 initialize in RTK?

The EFIX F8 has an RTK initialization time of less than 10 seconds under suitable conditions, with initialization reliability listed as greater than 99.9%.

Does the EFIX F8 support static and post-processing surveys?

Yes. The EFIX F8 can log static GNSS data and supports post-processing workflows, including RINEX format options for office processing.

Does the EFIX F8 have a built-in UHF radio?

Yes. The EFIX F8 includes a UHF radio operating in the 410–470 MHz range, making it suitable for rover workflows that use radio corrections from a compatible base station.

IMU, Vision Survey and AR Stakeout

Does the EFIX F8 have IMU tilt compensation?

Yes. The EFIX F8 includes a 4D Auto-IMU with tilt compensation up to 60 degrees, helping users measure points without keeping the pole perfectly vertical.

Does the EFIX F8 IMU need calibration?

The EFIX F8 uses calibration-free IMU pole-tilt compensation, helping reduce setup time and keeping field workflows more efficient.

How does IMU tilt compensation help surveyors?

IMU tilt compensation helps users collect accurate points faster on slopes, near obstacles, beside walls or in other locations where leveling the pole is slow or difficult.

What is Vision Survey on the EFIX F8?

Vision Survey allows the EFIX F8 to use camera-based measurement to help capture high-precision 3D coordinates from complex scenes, including points that are difficult to access directly.

What does AR vision navigation do?

AR vision navigation provides visual guidance on the data collector screen, helping users navigate to points and perform stakeout with clearer real-time direction in the field.

How does AR vision stakeout improve field work?

AR vision stakeout displays visual guidance for ground points, making stakeout more intuitive and reducing the need for complex offset methods in many field situations.

Can the EFIX F8 be used for 3D modelling workflows?

Yes. The EFIX F8 can capture position photos through its Vision Survey workflow and can support field-to-office 3D modelling workflows when used with compatible software.

Hardware, Software and Included Set

What is included in the EFIX F8 Rover Set?

The EFIX F8 Rover Set includes the EFIX F8 receiver, EFIX FC2 data collector, eField surveying software, telescopic surveying pole and data collector bracket.

Does the EFIX F8 Rover Set include surveying software?

Yes. The set includes eField surveying software, which is used for GNSS data collection, stakeout and field measurement workflows.

Can the EFIX F8 Rover Set be customized with different accessories?

Yes. The rover set can be adapted with different accessories depending on the required workflow, such as alternative controllers, tablets or software options where compatible.

Is the EFIX F8 waterproof and dustproof?

Yes. The EFIX F8 has an IP67 protection rating, meaning it is protected against dust and water exposure for demanding outdoor surveying conditions.

How long does the EFIX F8 battery last?

Battery life depends on the operating mode and field conditions. The internal battery can operate up to 16.5 hours in RTK rover mode without camera use, up to 10 hours in UHF RTK base mode and up to 9.5 hours during vision stakeout or vision survey.

How much does the EFIX F8 receiver weigh?

The EFIX F8 receiver weighs approximately 750 g, making it a compact and lightweight GNSS rover for daily field use.

Does the EFIX F8 have internal storage?

Yes. The EFIX F8 includes 8 GB of high-speed internal memory for storing survey and GNSS data.

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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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571 reviews