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Q43 NEO-F9P-15B Multi-Constellation Multi-Band GNSS RTK Centimeter-Level Positioning Module

SKU: WVSH0651

₹ 30,149.99

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Q43 NEO-F9P-15B Multi-Constellation Multi-Band GNSS RTK Centimeter-Level Positioning Module₹ 30,149.99
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Helical Antenna GNSS Module with Centimeter-Level RTK Positioning

NEO-F9P-15B | RTK Centimeter-Level High-Precision Positioning | Built-in Magnetometer

Q43 NEO-F9P GNSS Helical RTK Module, front view


Features at a glance

The Q43 NEO-F9P GNSS Helical RTK Module is an integrated RTK intelligent positioning antenna module based on the NEO-F9P-15B. It combines a high-precision RTK positioning engine, helical antenna, and magnetometer in a compact structure. Supporting multi-constellation and multi-band GNSS signal reception such as GPS, BeiDou, GLONASS, Galileo, and QZSS, it provides dual-band RTK centimeter-level positioning for stable and reliable high-precision performance. It is suitable for intelligent robots, sharing economy devices, precision agriculture, engineering surveying and mapping, handheld terminals, and in-vehicle navigation.

  • Based on the NEO-F9P-15B high-precision positioning module, supporting dual-band RTK centimeter-level positioning
  • Integrated design of RTK positioning module and helical antenna, compact size, easy installation, suitable for integrated applications
  • Built-in three-axis magnetometer, suitable for compass, electronic compass, and heading-assistance applications
  • Multi-constellation and multi-frequency, supports multi-constellation systems including GPS, BeiDou (BDS), GLONASS, Galileo, and QZSS
  • Supports A-GNSS assisted positioning, using assistance data to reduce time to first fix (TTFF)
  • Supports augmentation systems including WAAS, EGNOS, GAGAN, and QZSS SBAS
  • Supports configuration via u-center software, allowing easy setup of output protocols, update rates, RTK operating modes, and more.
  • Wide-voltage input, 3.3V ~ 16V operating voltage range, suitable for various power-supply environments

 

Specifications

Category Parameter Specification
ANTENNA
SPECIFICATIONS
Signal Bands GPS: L1/L5
BDS: B1I/B1C/B2a
GLONASS: G1
Galileo: E1/E5a
QZSS: L1/L5
Characteristic Impedance 50Ω
Polarization RHCP (Right-Hand Circular Polarization)
Coverage 360°
Peak Gain 2.5dBi
Output VSWR ≤2
Axial Ratio ≤3dB
AMPLIFIER
SPECIFICATIONS
Gain 23dB
Noise Figure 1.5dB
Output VSWR ≤2
SYSTEM
SPECIFICATIONS
Positioning Module NEO-F9P-15B
Magnetometer QMC5883P
Operation Voltage 3.3V ~ 16V
Power Consumption 500mW (Typical)
PVT Single Point Positioning Accuracy Horizontal: 1.5m
Vertical: 2.0m
SBAS Positioning Accuracy Horizontal: 1.0m
Vertical: 1.5m
RTK Accuracy Horizontal: 1cm + 1ppm
Vertical: 1cm + 1ppm
Time Accuracy (RMS) 30ns
Velocity Accuracy (RMS) 0.05m/s
Cold Start Time To First Fix <30s
Initialization Time <5s (Typical)
Initialization Reliability >99.9%
Data Update Rate 25Hz (Max)
Data Format RTCM 3.3; SPARTN 2.0.1
OTHER
SPECIFICATIONS
Communication Interface I2C, UART (9.6k ~ 921.6kbps def 38.4kbps)
Physical Connector GH1.25 8PIN
Operating Temperature Range -40°C ~ +85°C
Storage Temperature Range -40°C ~ +85°C
Humidity ≤95%
Dimensions 37.00 × Φ47.04 (mm)

 

RTK Rover and RTK Base Station Centimeter-Level Positioning

Two Q43 NEO-F9P GNSS Helical RTK Module units can be configured separately as an RTK base station and an RTK rover

At a known surveyed reference point, the Q43 configured as an RTK base station can establish a continuously operating reference station and output differential correction data. Alternatively, users can subscribe to an RTK correction service, which provides differential correction data over the network to Q43 rover after receiving their approximate position information. The rover can perform real-time calculations and rapidly converge under error conditions such as multipath effects, ionospheric delay, and tropospheric refraction, achieving centimeter-level positioning within seconds.

Q43 NEO-F9P GNSS Helical RTK Module, RTK Rover and RTK base station examples

Supports Concurrent Reception from Multiple-constellation Systems

Supports Multi-constellation systems, including GPS, BDS, GLONASS,
Galileo, and QZSS

Q43 NEO-F9P GNSS Helical RTK Module, concurrent reception of Multi-constellation systems

Supports Multiple Satellite-Based Augmentation Systems (SBAS)

Using multiple satellite-based augmentation systems and real-time error correction, the module significantly improves positioning accuracy and reliability in challenging environments. It supports multiple SBAS services, including WAAS, EGNOS, GAGAN, and QZSS SBAS.

Q43 NEO-F9P GNSS Helical RTK Module, supports SBAS augmentation systems

Built-in Three-Axis Magnetometer

Suitable for compass, electronic compass and heading-assistance applications

Q43 NEO-F9P GNSS Helical RTK Module, Suitable for compass, electronic compass and heading-assistance applications



Compatible with multiple programming platforms

Provides demos and user manuals for Raspberry Pi / Raspberry Pi Pico / Jetson Orin / ESP32 / Arduino, enabling easier development integration and strong scalability

Q43 NEO-F9P GNSS Helical RTK Module, compatible with multiple programming platforms

Supports u-center Software

Convenient configuration of all module functions

Q43 NEO-F9P GNSS Helical RTK Module, Supports u-center Software


Application scenarios

Q43 NEO-F9P GNSS Helical RTK Module, Intelligent Robots

Intelligent Robots

Q43 NEO-F9P GNSS Helical RTK Module, Precision Agriculture

Precision Agriculture

Q43 NEO-F9P GNSS Helical RTK Module, Handheld Terminals

Handheld Terminals

Q43 NEO-F9P GNSS Helical RTK Module, Sharing-Economy Devices

Sharing-Economy Devices

Q43 NEO-F9P GNSS Helical RTK Module, Engineering Surveying and Mapping

Engineering Surveying and Mapping

Q43 NEO-F9P GNSS Helical RTK Module, In-vehicle Navigation

In-vehicle Navigation


Pinout definitions

Q43 NEO-F9P GNSS Helical RTK Module, Pin definitions


Hardware Connection Examples

Connects to a PC / Raspberry Pi / Jetson Orin series board via a USB to serial port module

Q43 NEO-F9P GNSS Helical RTK Module, connects to a PC via USB port

Connects to a Raspberry Pi / Raspberry Pi Pico / Jetson Orin / ESP32 / Arduino board via the GH1.25 header

Q43 NEO-F9P GNSS Helical RTK Module, connects to Raspberry Pi via GH1.25 header

* for reference only, the Raspberry Pi 5 and USB To UART Module are NOT included.


Outline Dimensions

Q43 NEO-F9P GNSS Helical RTK Module, outline dimensions

Resources & Services

*Resources for different product may vary, please check the wiki page to confirm the actually provided resources.

 

Weight: 0.024 kg

Package Content

  1. Q43 NEO-F9P GNSS Helical RTK Module x1
  2. GH1.25 to 2.54mm 8PIN cable x1
1Q43 NEO-F9P GNSS Helical RTK Module
2
What positioning precision does the module provide?
It delivers centimeter-level RTK positioning using dual-band signals and supports multiple GNSS constellations including GPS, BeiDou, GLONASS, Galileo and QZSS.
Which satellite systems are supported?
It supports GPS, BeiDou, GLONASS, Galileo and QZSS for multi-constellation GNSS.
Does the module include a magnetometer?
Yes, it includes a built-in 3-axis magnetometer for compass and heading assistance.
How can I configure the module?
Configuration is done via the u-center software, allowing easy setup of output protocols.
What applications is this module suitable for?
It is suitable for intelligent robots, shared economy devices, precision agriculture, engineering surveying and mapping, handheld terminals and in-vehicle navigation.
Welcome to the discussion thread for Q43 NEO-F9P-15B Multi-Constellation Multi-Band GNSS RTK Centimeter-Level Positioning Module
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Description
Ask AI about this product

Helical Antenna GNSS Module with Centimeter-Level RTK Positioning

NEO-F9P-15B | RTK Centimeter-Level High-Precision Positioning | Built-in Magnetometer

Q43 NEO-F9P GNSS Helical RTK Module, front view


Features at a glance

The Q43 NEO-F9P GNSS Helical RTK Module is an integrated RTK intelligent positioning antenna module based on the NEO-F9P-15B. It combines a high-precision RTK positioning engine, helical antenna, and magnetometer in a compact structure. Supporting multi-constellation and multi-band GNSS signal reception such as GPS, BeiDou, GLONASS, Galileo, and QZSS, it provides dual-band RTK centimeter-level positioning for stable and reliable high-precision performance. It is suitable for intelligent robots, sharing economy devices, precision agriculture, engineering surveying and mapping, handheld terminals, and in-vehicle navigation.

  • Based on the NEO-F9P-15B high-precision positioning module, supporting dual-band RTK centimeter-level positioning
  • Integrated design of RTK positioning module and helical antenna, compact size, easy installation, suitable for integrated applications
  • Built-in three-axis magnetometer, suitable for compass, electronic compass, and heading-assistance applications
  • Multi-constellation and multi-frequency, supports multi-constellation systems including GPS, BeiDou (BDS), GLONASS, Galileo, and QZSS
  • Supports A-GNSS assisted positioning, using assistance data to reduce time to first fix (TTFF)
  • Supports augmentation systems including WAAS, EGNOS, GAGAN, and QZSS SBAS
  • Supports configuration via u-center software, allowing easy setup of output protocols, update rates, RTK operating modes, and more.
  • Wide-voltage input, 3.3V ~ 16V operating voltage range, suitable for various power-supply environments

 

Specifications

Category Parameter Specification
ANTENNA
SPECIFICATIONS
Signal Bands GPS: L1/L5
BDS: B1I/B1C/B2a
GLONASS: G1
Galileo: E1/E5a
QZSS: L1/L5
Characteristic Impedance 50Ω
Polarization RHCP (Right-Hand Circular Polarization)
Coverage 360°
Peak Gain 2.5dBi
Output VSWR ≤2
Axial Ratio ≤3dB
AMPLIFIER
SPECIFICATIONS
Gain 23dB
Noise Figure 1.5dB
Output VSWR ≤2
SYSTEM
SPECIFICATIONS
Positioning Module NEO-F9P-15B
Magnetometer QMC5883P
Operation Voltage 3.3V ~ 16V
Power Consumption 500mW (Typical)
PVT Single Point Positioning Accuracy Horizontal: 1.5m
Vertical: 2.0m
SBAS Positioning Accuracy Horizontal: 1.0m
Vertical: 1.5m
RTK Accuracy Horizontal: 1cm + 1ppm
Vertical: 1cm + 1ppm
Time Accuracy (RMS) 30ns
Velocity Accuracy (RMS) 0.05m/s
Cold Start Time To First Fix <30s
Initialization Time <5s (Typical)
Initialization Reliability >99.9%
Data Update Rate 25Hz (Max)
Data Format RTCM 3.3; SPARTN 2.0.1
OTHER
SPECIFICATIONS
Communication Interface I2C, UART (9.6k ~ 921.6kbps def 38.4kbps)
Physical Connector GH1.25 8PIN
Operating Temperature Range -40°C ~ +85°C
Storage Temperature Range -40°C ~ +85°C
Humidity ≤95%
Dimensions 37.00 × Φ47.04 (mm)

 

RTK Rover and RTK Base Station Centimeter-Level Positioning

Two Q43 NEO-F9P GNSS Helical RTK Module units can be configured separately as an RTK base station and an RTK rover

At a known surveyed reference point, the Q43 configured as an RTK base station can establish a continuously operating reference station and output differential correction data. Alternatively, users can subscribe to an RTK correction service, which provides differential correction data over the network to Q43 rover after receiving their approximate position information. The rover can perform real-time calculations and rapidly converge under error conditions such as multipath effects, ionospheric delay, and tropospheric refraction, achieving centimeter-level positioning within seconds.

Q43 NEO-F9P GNSS Helical RTK Module, RTK Rover and RTK base station examples

Supports Concurrent Reception from Multiple-constellation Systems

Supports Multi-constellation systems, including GPS, BDS, GLONASS,
Galileo, and QZSS

Q43 NEO-F9P GNSS Helical RTK Module, concurrent reception of Multi-constellation systems

Supports Multiple Satellite-Based Augmentation Systems (SBAS)

Using multiple satellite-based augmentation systems and real-time error correction, the module significantly improves positioning accuracy and reliability in challenging environments. It supports multiple SBAS services, including WAAS, EGNOS, GAGAN, and QZSS SBAS.

Q43 NEO-F9P GNSS Helical RTK Module, supports SBAS augmentation systems

Built-in Three-Axis Magnetometer

Suitable for compass, electronic compass and heading-assistance applications

Q43 NEO-F9P GNSS Helical RTK Module, Suitable for compass, electronic compass and heading-assistance applications



Compatible with multiple programming platforms

Provides demos and user manuals for Raspberry Pi / Raspberry Pi Pico / Jetson Orin / ESP32 / Arduino, enabling easier development integration and strong scalability

Q43 NEO-F9P GNSS Helical RTK Module, compatible with multiple programming platforms

Supports u-center Software

Convenient configuration of all module functions

Q43 NEO-F9P GNSS Helical RTK Module, Supports u-center Software


Application scenarios

Q43 NEO-F9P GNSS Helical RTK Module, Intelligent Robots

Intelligent Robots

Q43 NEO-F9P GNSS Helical RTK Module, Precision Agriculture

Precision Agriculture

Q43 NEO-F9P GNSS Helical RTK Module, Handheld Terminals

Handheld Terminals

Q43 NEO-F9P GNSS Helical RTK Module, Sharing-Economy Devices

Sharing-Economy Devices

Q43 NEO-F9P GNSS Helical RTK Module, Engineering Surveying and Mapping

Engineering Surveying and Mapping

Q43 NEO-F9P GNSS Helical RTK Module, In-vehicle Navigation

In-vehicle Navigation


Pinout definitions

Q43 NEO-F9P GNSS Helical RTK Module, Pin definitions


Hardware Connection Examples

Connects to a PC / Raspberry Pi / Jetson Orin series board via a USB to serial port module

Q43 NEO-F9P GNSS Helical RTK Module, connects to a PC via USB port

Connects to a Raspberry Pi / Raspberry Pi Pico / Jetson Orin / ESP32 / Arduino board via the GH1.25 header

Q43 NEO-F9P GNSS Helical RTK Module, connects to Raspberry Pi via GH1.25 header

* for reference only, the Raspberry Pi 5 and USB To UART Module are NOT included.


Outline Dimensions

Q43 NEO-F9P GNSS Helical RTK Module, outline dimensions

Resources & Services

*Resources for different product may vary, please check the wiki page to confirm the actually provided resources.

 

Weight: 0.024 kg

Package Content

  1. Q43 NEO-F9P GNSS Helical RTK Module x1
  2. GH1.25 to 2.54mm 8PIN cable x1
1Q43 NEO-F9P GNSS Helical RTK Module
2
FAQ
What positioning precision does the module provide?
It delivers centimeter-level RTK positioning using dual-band signals and supports multiple GNSS constellations including GPS, BeiDou, GLONASS, Galileo and QZSS.
Which satellite systems are supported?
It supports GPS, BeiDou, GLONASS, Galileo and QZSS for multi-constellation GNSS.
Does the module include a magnetometer?
Yes, it includes a built-in 3-axis magnetometer for compass and heading assistance.
How can I configure the module?
Configuration is done via the u-center software, allowing easy setup of output protocols.
What applications is this module suitable for?
It is suitable for intelligent robots, shared economy devices, precision agriculture, engineering surveying and mapping, handheld terminals and in-vehicle navigation.
Reviews
Forum
Welcome to the discussion thread for Q43 NEO-F9P-15B Multi-Constellation Multi-Band GNSS RTK Centimeter-Level Positioning Module
Feel free to ask questions, share tips or report issues.
Add Post

For more discussion Click Here

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