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How to Use the Hi-Target GPS V30 GNSS RTK System: A Comprehensive Manual with 70 Pages of Instructions

If you are looking for a reliable and flexible GNSS work solution, you might want to consider the Hi-Target GPS V30 GNSS RTK System. This is a high-performance device that can track multiple satellite signals and provide accurate and fast positioning results. It also integrates with various communication modules and smart applications to make data management and transmission more convenient and faster.

However, to get the most out of this device, you need to know how to use it properly and efficiently. That’s why we have prepared this comprehensive manual with 70 pages of instructions for you. In this manual, you will learn everything you need to know about the Hi-Target GPS V30 GNSS RTK System, such as its features, specifications, functions, operations, settings, maintenance, troubleshooting, and more.

By reading this manual, you will be able to master the Hi-Target GPS V30 GNSS RTK System and use it for various applications, such as road, railway, bridge, water conservancy, industry, regional geodesy, and more. You will also be able to improve your work efficiency and productivity with this device.

So, without further ado, let’s get started!

Overview of the Hi-Target GPS V30 GNSS RTK System

The Hi-Target GPS V30 GNSS RTK System is a device that uses the Global Navigation Satellite System (GNSS) to determine the precise location of a point on Earth. It consists of two main components: a base station and a rover station.

The base station is a device that is fixed at a known location and broadcasts correction data to the rover station. The rover station is a device that is carried by the user and receives the correction data from the base station. The rover station then uses the correction data and its own GNSS observations to calculate its position.

The Hi-Target GPS V30 GNSS RTK System can operate in different modes depending on the application and the availability of correction data. The main modes are:

• Static mode: This mode is used for high-precision surveying applications that require long observation time and high accuracy. In this mode, both the base station and the rover station are fixed at their locations and record their GNSS observations for post-processing.
• Real-time kinematic (RTK) mode: This mode is used for real-time surveying applications that require short observation time and high accuracy. In this mode, the base station broadcasts correction data to the rover station in real time via radio or cellular network. The rover station then calculates its position in real time using the correction data and its own GNSS observations.
• Post-processing kinematic (PPK) mode: This mode is used for surveying applications that require high accuracy but do not have real-time communication between the base station and the rover station. In this mode, both the base station and the rover station record their GNSS observations for post-processing.
• Code differential GNSS (CDGNSS) mode: This mode is used for surveying applications that require moderate accuracy and do not have real-time communication between the base station and the rover station. In this mode, both the base station and the rover station receive correction data from an external source, such as a satellite-based augmentation system (SBAS) or a global correction service (Hi-RTP). The rover station then calculates its position using the correction data and its own GNSS observations.

The Hi-Target GPS V30 GNSS RTK System has many features that make it a powerful and versatile device for various applications. Some of these features are:

• Multi-constellation GNSS engine: The device can track up to 800+ channels of satellite signals from various constellations, such as GPS, GLONASS, Galileo, BDS, QZSS, SBAS, NavIC (IRNSS), etc. This ensures reliable results in harsh environments with its unique GNSS positioning algorithm.
• Data communication: The device has a long transmission distance and good electromagnetic compatibility with various communication protocols. It can communicate with other devices via radio (UHF or VHF), cellular network (4G or 3G), WIFI, Bluetooth, or USB. It can also connect to various CORS systems via NTRIP protocol.
• Smart application: The device has a built-in Linux system and 8G storage. It can intelligently manage the static data and record both standard Rinex data and Hi-Target raw data simultaneously. It also has an intelligent voice assistant to guide field operations.
• Full-frequency air antenna: The device has a stable and better noise resistance full-wave GNSS antenna that can receive signals from all frequency bands.
• Slope method 2.0 tilt survey: The device has an innovative tilt survey function that can measure points without leveling the pole. It can automatically correct the tilt angle and direction based on gravity sensor data.

Features of the Hi-Target GPS V30 GNSS RTK System

In this section, we will introduce some of the main features of the Hi-Target GPS V30 GNSS RTK System in more detail. We will explain what they are, how they work

Multi-constellation GNSS engine

The multi-constellation GNSS engine is one of the core features of the Hi-Target GPS V30 GNSS RTK System. It is a powerful chip that can track up to 800+ channels of satellite signals from various constellations simultaneously.

The constellations that are supported by the device are:

The advantage of tracking multiple satellite signals is that it improves the reliability and accuracy of positioning results in different environments. For example:

• In urban areas or areas with tall buildings or trees, some satellite signals may be blocked or reflected by obstacles. By tracking more satellite signals from different constellations, the device can increase the number of visible satellites and reduce the multipath effect.
• In high-latitude areas or areas with poor ionospheric conditions, some satellite signals may be distorted or delayed by atmospheric interference. By tracking more satellite signals from different frequency bands, the device can mitigate the ionospheric error and improve the positioning accuracy.
• In areas with weak or no GNSS signals, such as indoors or underground, the device can use the global correction service (Hi-RTP) to receive correction data from a network of reference stations around the world. This can enhance the positioning performance and availability in challenging environments.

The multi-constellation GNSS engine also has a unique GNSS positioning algorithm that can process and combine the satellite signals in an optimal way. It can also detect and eliminate outliers and cycle slips to ensure high-quality results.

Data communication

Data communication is another important feature of the Hi-Target GPS V30 GNSS RTK System. It refers to the ability of the device to transmit and receive data from other devices or sources.

The device has various communication modules that can support different communication protocols and modes. The main communication modules are:

• Radio module: The device has a built-in radio module that can support UHF or VHF frequency bands. It can communicate with other devices via radio waves within a certain range. It can also support multi-protocol radio, such as TrimTalk450s, TrimMark3, SOUTH, Satel, etc. The radio module can be used for transmitting or receiving correction data between the base station and the rover station in RTK mode.
• Cellular network module: The device has a built-in cellular network module that can support 4G or 3G networks. It can communicate with other devices via cellular signals within a certain coverage area. It can also support NTRIP protocol, which is a standard protocol for accessing CORS systems via internet. The cellular network module can be used for transmitting or receiving correction data from CORS systems or other devices in RTK or CDGNSS mode.
• WIFI module: The device has a built-in WIFI module that can support 802.11 b/g/n standards. It can communicate with other devices via WIFI signals within a certain range. It can also support Web UI, which is a web-based interface for accessing and managing the device settings and data via browser. The WIFI module can be used for transmitting or receiving data from other devices or sources via internet.
• Bluetooth module: The device has a built-in Bluetooth module that can support Bluetooth 4.0 standard. It can communicate with other devices via Bluetooth signals within a certain range. It can also support serial port profile (SPP), which is a standard protocol for serial data communication between devices. The Bluetooth module can be used for transmitting or receiving data from other devices or sources via Bluetooth.
• USB port: The device has a USB port that can support USB 2.0 standard. It can communicate with other devices via USB cable within a certain length. It can also support mass storage mode, which is a standard mode for accessing and transferring files between devices. The USB port can be used for transmitting or receiving data from other devices or sources via USB.

The advantage of having various communication modules is that it gives the user more flexibility and convenience in choosing the best communication mode for different applications and environments. For example:

• In areas with good radio signal quality and no cellular network coverage, the user can use the radio module to communicate with other devices in RTK mode.
• In areas with good cellular network coverage and no radio signal quality, the user can use the cellular network module to communicate with CORS systems or other devices in RTK or CDGNSS mode.
• In areas with WIFI signal availability and internet access, the user can use the WIFI module to communicate with Web UI or other sources via internet.
• In areas with Bluetooth signal availability and compatible devices, the user can use the Bluetooth module to communicate with other devices via Bluetooth.
• In areas with no signal availability or when offline, the user can use the USB port to communicate with other devices via USB.

The data communication feature also has a good electromagnetic compatibility that can reduce interference and noise from other sources and ensure stable and clear communication.

Smart application

The smart application is another useful feature of the Hi-Target GPS V30 GNSS RTK System. It refers to the ability of the device to provide intelligent functions and services for data management and field operations.

The device has a built-in Linux system and 8G storage that can support various smart applications. Some of these applications are:

• Data management application: This application allows the user to manage the static data and raw data recorded by the device. It can automatically organize, classify, rename, delete, backup, restore, export, import, convert, compress, decompress, encrypt, decrypt, upload, download, share, etc., the data files according to different criteria and preferences. It can also support both standard Rinex data format and Hi-Target raw data format simultaneously.
• Voice assistant application: This application allows the user to interact with the device using voice commands and feedbacks. It can provide guidance and assistance for field operations such as setting up, measuring, recording, checking, etc., using natural language processing and speech recognition technologies. It can also support multiple languages such as English
  

  Conclusion

  The Hi-Target GPS V30 GNSS RTK System is a device that can provide reliable and flexible GNSS work solution for various applications. It has many features that make it a powerful and versatile device, such as multi-constellation GNSS engine, data communication, smart application, full-frequency air antenna, slope method 2.0 tilt survey, and more.

  In this manual, we have introduced some of the main features of the Hi-Target GPS V30 GNSS RTK System and explained how to use them. We have also provided some instructions for setting up, operating, maintaining, and troubleshooting the device. We hope that this manual has helped you to understand and master the Hi-Target GPS V30 GNSS RTK System and use it for your work.

  If you have any questions or feedback about the Hi-Target GPS V30 GNSS RTK System or this manual, please feel free to contact us. We will be happy to assist you and improve our products and services.

  Thank you for choosing the Hi-Target GPS V30 GNSS RTK System!

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