GPS/GNSS Receivers
Our GPS/GNSS receivers collection includes a wide range of products designed for accurate positioning and navigation. All of these products feature advanced satellite signal tracking capabilities, including GPS, Glonass, Beidou, Galileo, QZSS, and more, ensuring you have the best possible coverage in any location. They also come with advanced features like real-time kinematic (RTK) and inertial measurement unit (IMU) technology. Compatible with a whole range of tripods and GNSS poles, with easy connectivity to field data collection software, our GPS/GNSS products are the perfect solution for any precision positioning application.
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25 products
South
South ALPS1 GNSS Receiver
The South ALPS1 GNSS receiver is a very precise tool that is more than capable of producing good results for various kinds of surveying tasks. It combines visual positioning, laser measurement, and 3D modeling all placed in a durable, versatile package designed for professional surveyors that demand precision.
South
South INNO8 GNSS Receiver
The South INNO8 GNSS receiver offers cutting-edge technology and is a surveying tool that offers immense precision and versatility. It features 1760 tracking channels, advanced IMU, and AR-assisted stakeout. This is more than enough to allow for high-performance surveying in various circumstances.
South
South Insight V3 GNSS Receiver
The South Insight V3 GNSS receiver is a type of surveying tool that offers precision, dual-camera technology, and 5th-gen IMU tilt compensation. All of this makes it the ultimate RTK solution for surveyors, perfectly capable of helping you out with various types of surveys.
FJDynamics
FJD Trion V10L GNSS RTK Receiver – Laser Surveying with Visual Stakeout and 2nd Gen IMU
The FJD V10L GNSS Rover is a high-performance RTK solution with laser-guided stakeout, dual starlight cameras, and IMU-based tilt compensation. Designed for surveyors seeking accuracy, safety, and speed in the field.
FJDynamics
FJD TRION V10i GNSS Receiver
The FJD TRION V10i GNSS Receiver delivers precise RTK positioning with 1408 channels supporting GPS, GLONASS, Galileo, and BeiDou, ensuring stable and accurate results in the field. Featuring IMU-based 60° tilt compensation and dual cameras (2 MP forward, 5 MP downward), it simplifies surveying tasks. Its rugged IP68-rated design and long battery life make it reliable for demanding projects. Watch the FJD Trion V10i in Action
Meridian
Meridian M20L RTK GNSS Receiver
The Meridian M20L RTK GNSS receiver is a high-precision RTK system engineered for professional surveying and geospatial applications. It features 1408-channel GNSS tracking, 120° IMU tilt compensation, and also comes with green laser technology that helps to enhance visibility. The receiver ensures fast and accurate positioning even in complex environments, producing excellent and accurate results. Watch the Meridian M20L Unboxing
Singular XYZ
SingularXYZ Orion ONE Visual & Laser GNSS Receiver
The SingularXYZ Orion ONE visual & laser GNSS receiver is a compact, palm-sized GNSS receiver that is able to integrate cutting-edge GNSS technology with visual, laser, and IMU tech. It is designed for high-efficiency field surveying as it supports AR stakeout and laser measurements that allow for top-tier accuracy and full-constellation satellite tracking. Watch the Singular Orion ONE in Action
South
South INNO7(1598) GNSS Receiver
The South INNO7 GNSS Receiver is a surveying tool that combines precision, connectivity, and durability all in one package with the help of 1598 channels, 60° tilt compensation, and a 1.54-inch touchscreen for professional fieldwork. It is extremely easy to use and can pefrom well in various types of field situations and weather conditions. Watch the South INNO7 in Action
PozStar
PozStar P5 GNSS Receiver
The PozStar P5 GNSS receiver is a high-precision RTK system that is specifically designed for professional surveying and mapping. It offers a 1408-channel GNSS module, IMU tilt sensor, and Android-based PozPad software. Those are more than enough to ensure fast, accurate, and flexible measurements, even at up to 60° inclination and different types of terrain. Watch the PozStar P5 in Action
FJDynamics
FJD TRION V10a GNSS Receiver
The FJD TRION V10a is a compact, high-performance GNSS receiver designed for precise field surveying. Featuring advanced AR stakeout technology, 1408 channel full-constellation tracking, up to 60° IMU tilt compensation, and dual 5 MP cameras, it delivers millimeter-level RTK accuracy in challenging conditions. With built-in 4G, Wi-Fi, Bluetooth, and NFC, it offers unmatched connectivity and reliability. Watch the FJD Trion V10a in Action
Singular XYZ
SingularXYZ Orion ONE Laser GNSS Receiver
The SingularXYZ Orion ONE laser GNSS receiver is a very compact, high-precision RTK device with an integrated non-contact laser sensor, allowing it to offer unmatched performance even in signal-blocked or hazardous areas. It is specifically designed for surveying professionals as it combines laser surveying, IMU tilt, and multi-constellation GNSS into a single palm-sized unit. Watch the Singular Laser and AR in Action
Singular XYZ
SingularXYZ X1 Pro GNSS Receiver
The SingularXYZ X1 Pro GNSS receiver is a compact tool, a full-featured RTK system with an HD OLED color screen, tilt IMU, multi-protocol UHF, and 4G support. It is designed for demanding survey environments, allowing it to offer precise, stable, and flexible GNSS positioning no matter the situation in the field. Watch the Singular X1 in Action
Singular XYZ
SingularXYZ Orion ONE-AR GNSS Receiver
The SingularXYZ Orion ONE-AR GNSS receiver brings immersive AR stakeout into the field with a compact, full-constellation RTK system. Powered by a starlight-grade camera, coming with advanced IMU and robust connectivity, it delivers high-precision visual stakeout even when working in low-light conditions. Watch the Singular Laser and AR in Action
PozStar
PozStar S5 GNSS Receiver
The PozStar S5 GNSS Receiver is a compact and high-precision RTK system designed for professional surveying and geospatial applications. It features a 1408-channel GNSS module along with an IMU tilt sensor that can be easily operated by Android-based PozPad software. It has the capacity to deliver accurate and reliable measurements, even on tilted surfaces up to 60°.
South
South Insight V2 GNSS Receiver
The South Insight V2 GNSS receiver is a piece of surveying equipment that delivers unmatched accuracy. It has an AR-enabled stakeout paired with a compact design that enables ease of use for various geodetic and construction applications.
South
South G4 GNSS Receiver
The South G4 GNSS receiver delivers unmatched accuracy for any type of surveying needs. Its durability and connectivity is unmatched and specifically aimed for surveyors. It features 1698 channels, 60° tilt compensation, and 12km UHF range, whcihs is more than enough to provide users with everything they need in the field.
Singular XYZ
SingularXYZ X1 GNSS Receiver
The SingularXYZ X1 GNSS receiver is a lightweight type of surveying tool, an ultra-compact RTK receiver designed for various types of demanding field conditions. It offers various features like full satellite tracking, tilt compensation, and a long-lasting battery. It also delivers consistent, high-precision results in any type of environment. Watch the Singular X1 in Action
Alpha
Alpha 5W RTK - GNSS Receiver
The Alpha 5W RTK GNSS receiver is a top notch piece of equipment that delivers high-power performance, tilt compensation, and rugged durability. All of this makes it perfect for precision surveying and can also offer you extended operations and long working hours.
Alpha
Alpha 5i RTK - GNSS Receiver
The Alpha 5i RTK GNSS receiver is a specialized surveying tool that delivers unmatched precision, durability, and connectivity. It is ideal for surveying professionals that do their work in challenging environments and can withstand different types of temperatures, hubidyt, and weather conditions.
FJDynamics
FJD TRION V1t GNSS Receiver
The FJD TRION V1t GNSS Receiver is a high-precision RTK receiver designed for demanding surveying applications. Featuring a built-in IMU, advanced satellite tracking with 1,408 channels, and Galileo HAS-PPP support, it delivers reliable positioning in challenging environments. With long-lasting battery life and rugged durability, the FJD Trion V1t GNSS Receiver empowers professionals in construction, agriculture, and engineering monitoring. Watch the FJD Trion V1t in Action
Meridian
Meridian M5 Plus RTK GNSS Receiver
The Meridian M5 Plus RTK GNSS receiver is a high-precision RTK system designed for surveying and geospatial applications. The system features a 1408-channel GNSS receiver, 120° IMU tilt compensation, and a rugged IP67-rated housing. It offers reliable and accurate positioning with multi-constellation support.
Alpha
Alpha 4AR RTK - GNSS Receiver
The Alpha 4AR RTK - GNSS receiver comes with an ultra-compact design, excellent precision positioning, and durability so advanced that you can use it in any type of terrains. It is aimed at users that seek an ultimate surveying experience.
South
South G7 GNSS Receiver
The South G7 GNSS receiver is a surveying tool that is capable of delivering next-generation RTK performance by offering 1598 channels and 60° tilt compensation. It possesses rugged durability, allowing for precision surveying even in the most dangerous and inconvenient terrains and conditions. Watch the South G7 in Action
Singular XYZ
SingularXYZ X1 Lite GNSS Receiver
The SingularXYZ X1 Lite GNSS receiver is a compact and very cost-effective RTK device aimed at professional surveyors. It comes with full-constellation tracking, 60° tilt IMU, and a rugged IP68-rated housing capable of delivering precise results no matter the situation in the field. Most importantly, it can deliver all of the required results without breaking your budget. Watch the Singular X1 in Action
Singular XYZ
SingularXYZ Sfaira ONE Plus GNSS Receiver
The SingularXYZ Sfaira ONE Plus GNSS receiver is a lightweight, pocket-sized RTK solution designed for CORS-based surveying. It comes with full satellite tracking, a 60° IMU tilt sensor, and Bluetooth connectivity, allowing it to deliver centimeter-level accuracy with simplicity and portability. Watch the Sfaira ONE Plus Unboxing
Buying guide
Learn more about GPS/GNSS Receivers
GNSS receivers are special tools used in modern land surveying by professionals who require the highest level of precision. These advanced RTK GNSS systems provide real-time corrections, delivering centimeter-level accuracy for a wide range of surveying applications. Whether you are working on mapping infrastructure, conducting topographic surveys, or preparing land for development, a reliable GNSS receiver ensures optimal performance no matter the environment you are working in.
What is an RTK GNSS Receiver?
An RTK GNSS receiver significantly improves positioning accuracy by utilizing real-time correction data from a fixed base station or a network. RTK, short for Real-Time Kinematic, unlike traditional GPS systems, offers accuracy within a few meters, while on the other hand, RTK GNSS receivers refine positioning down to just a few millimeters. It does this by leveraging multiple satellite constellations and a network of fixed stations, including GPS, GLONASS, Galileo, and BeiDou, these receivers provide exceptional reliability in even the most challenging conditions. With the help of a mobile receiver, one can use these corrections to calculate the exact position position relative to the fixed station.
Why RTK GNSS Receivers Are Essential for Surveying?
RTK GNSS receivers have become indispensable for modern land surveying and are used by most professional land surveyors, civil engineers, and construction professionals. It is mainly due to their numerous advantages that count the following:
Cadastral and boundary surveys – Accurately defining land ownership and property lines.
Infrastructure mapping – Locating utilities such as pipes, cables, and underground structures.
Topographic surveys – Capturing the natural landscape for environmental and engineering projects.
Construction site preparation – Ensuring precise positioning for roads, buildings, and large-scale projects.
How GNSS Receivers Work?
GNSS receivers function by collecting satellite signals from multiple global navigation systems and applying real-time corrections to determine precise positioning. The system includes:
Base Station: A fixed reference point that transmits correction data.
Rover: A mobile GNSS receiver that applies correction data for real-time positioning.
RTK Network: A network of continuously operating reference stations (CORS) that provide real-time correction data.
IMU (Inertial Measurement Unit): Some advanced receivers integrate IMU technology to maintain accuracy even when the antenna is tilted.
UHF and Cellular Connectivity: RTK GNSS receivers utilize UHF radio and cellular networks to receive and transmit correction data efficiently.
Satellite Constellations Supporting GNSS Receivers
GNSS receivers leverage multiple satellite constellations to improve accuracy, reduce signal loss, and ensure uninterrupted positioning. GPS is just one of them, and advanced GNSS tools have the power to use more of them, including the following:
GPS (Global Positioning System) – The most widely used satellite system developed by the U.S.
GLONASS – The Russian satellite navigation system that enhances positioning in high-latitude regions.
Galileo – The European GNSS system providing additional signal redundancy and accuracy.
BeiDou – The Chinese satellite system offering global coverage and high-precision signals.
QZSS (Quasi-Zenith Satellite System) – A regional system supporting GNSS positioning in the Asia-Pacific region.
SBAS (Satellite-Based Augmentation Systems) – Including WAAS, EGNOS, and MSAS, which improve GPS signal accuracy and reliability.
Advantages of Using RTK GNSS Receivers
As you can probably assume, there are multiple advantages that RTK GNSS receivers have in terms of land surveying. Besides allowing you to get the most accurate and precise results, it also allows you the following:
Real-Time Accuracy: Achieves centimeter-level positioning instantly.
Multipath Mitigation: Reduces signal interference from buildings, trees, and other obstructions.
Reliable Performance: Works in extreme weather and challenging terrains.
Enhanced Productivity: Increases efficiency and reduces survey time in the field.
Remote Accessibility: Enables surveyors to work in difficult-to-reach areas with minimal setup time.
Automation Compatibility: Integrates with machine control systems for automated construction and precision farming applications.
Do You Need a GNSS Rover or a Base Station?
Choosing between a GNSS rover-only setup and a GPS rover with a base station depends on the availability of an RTK network in your region. Picking between the two will depend on multiple factors, so only you can make that decision based on the needs of your project.
GNSS Rover with RTK Network: Best for urban environments and areas with strong RTK network coverage. The rover receives real-time RTCM corrections, ensuring centimeter accuracy without the need for a separate base station.
GNSS Base & Rover Setup: Essential when working in remote locations without RTK network access. The base station provides localized RTCM correction data to the rover via UHF radio, ensuring high precision even in areas with weak GNSS signals.
Get the Best GNSS Receiver for Your Surveying Needs
Investing in a high-quality RTK GNSS receiver ensures greater accuracy, efficiency, and reliability in all surveying projects. Whether mapping infrastructure, conducting land surveys, or integrating GNSS technology into automation systems, a well-selected receiver will significantly enhance performance and allow you to finish your land surveying projects efficiently.
Browse our full collection of GNSS receivers to find the best solution for your surveying needs!
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