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Achieve centimeter-level positioning accuracy quickly with DP0601 RTK GNSS (XL F9P).

Delivers precise GNSS positioning with integrated technologies for diverse applications.

Achieve centimeter-level positioning accuracy with advanced GNSS technology.

Achieve high precision GNSS positioning with the U-blox ANN-MB2 antenna.

Provides reliable multi-band GNSS solutions for high precision applications.

Provides reliable multi-band GNSS solutions for high precision applications.

Achieve precise positioning with a highly efficient multi-band GNSS antenna.

Achieve Reliable GNSS Positioning with the DA275 Triple-Band Antenna.

Geospatial Surveying And Mapping Firms

Professional surveyors and mapping services needing precise, reliable GNSS solutions.

Drone Mapping And Inspection Companies

Drone operators and manufacturers needing precise georeferencing for mapping and inspection.

Industrial Automation And Robotics Firms

Industrial firms needing precise positioning for autonomous operations.

High-precision positioning for land surveying, geospatial mapping, and construction layout using RTK and multi-band GNSS to deliver centimeter-level accuracy and fast convergence.

Precision GNSS systems and compact active antennas optimized for drone navigation, aerial mapping, and payload stabilization with fast convergence and integrated anti-interference features.

RTK-grade positioning and rugged outdoor antennas for tractor guidance, implement control, and field mapping to enable centimeter-level lateral guidance and correction delivery in farming operations.

Robust multi-constellation, multi-band GNSS modules and antennas with jamming and spoofing detection for autonomous vehicles, robotics, and industrial asset localization in challenging environments.

DP0601 RTK GNSS (XL F9P)

DP0601 RTK GNSS (XL F9P) is a centimeter-precision positioning module based on the u-blox ZED-F9P RTK GNSS receiver. It provides multi-band reception across GPS, GLONASS, Galileo, BeiDou and QZSS with fast convergence and high update rates. It supports standard correction technologies (RTCM v3.x, SSR, PPP), enabling accurate positioning in challenging environments. The package includes 1 x DP0601 RTK GNSS and 3x JST-GH 6-pin cables.

• Achieves Centimeter-Level Accuracy
  Utilizes the advanced ZED-F9P GNSS receiver for precise location tracking crucial for applications requiring exact positioning.
• Utilizes Multiband Reception
  This enhances overall positioning performance in various environments by receiving signals from multiple constellations.
• Supports Moving Base Applications
  Ideal for dynamic applications like UAVs where real-time positioning is critical even in motion.
• Compatible With Multiple Correction Services
  Enables usage of various correction services for enhanced positioning reliability.
• Incorporates Advanced Security Features
  Protects users from potential jamming and spoofing threats, ensuring reliable positioning.
• Optimized Compact Design
  Designed for easy integration into various applications while saving space.
• Comes With Essential Cables
  Includes necessary cables for quick and easy setup.

SIRIUS RTK GNSS Base F9P

SIRIUS RTK GNSS Base F9P provides multi-band GPS suitable for high-volume industrial applications. It features an integrated active antenna and batteries, ensuring reliable and accurate positioning for various systems.

• Achieves Centimeter-Level Accuracy
  Utilizes advanced GNSS technology for superior accuracy in positioning. Ideal for applications requiring high precision in challenging environments.
• Ensures Portability and Convenience
  The built-in antenna and power source make it easy to deploy the base unit in the field without additional setup.
• Enhances Signal Availability
  Provides robust performance across a variety of satellite systems, ensuring reliable positioning even in obstructed environments.
• Provides Enhanced Security
  Protects against potential signal disturbances, ensuring that positioning remains accurate and reliable.
• Optimizes Navigation Performance
  Ideal for dynamic applications requiring quick adjustments and accurate positioning of moving vehicles.

SIRIUS RTK GNSS Rover (F9P + RM3100)

The SIRIUS RTK GNSS Rover utilizes U-blox F9P technology, delivering multiband GNSS for superior accuracy and reliability. Designed for seamless drone integration, it features an active antenna and achieves 1 cm precision with fast convergence times. The system supports major constellations, enhancing performance in challenging environments.

• Provides High Precision
  Offers centimeter-level accuracy for demanding applications, ensuring reliable navigation.
• Ensures Fast Convergence
  Achieves precise positioning quickly with a convergence time under 10 seconds, suitable for dynamic applications.
• Enhances Signal Quality
  Ensures optimal performance by improving GNSS signal strength and quality, crucial for accurate positioning.
• Increases Availability
  Maximizes satellite signal reception to enhance accuracy and reliability under varied conditions.
• Improves Security
  Enhances operational security by identifying potential jamming or spoofing attempts, critical for mission success.

U-blox ANN-MB2 all-band GNSS antenna (L1/L2/L5/E6/B3/L)

The U-blox ANN-MB2 is a robust, high-performance all-band active GNSS antenna designed to deliver reliable multi-constellation positioning accuracy in demanding environments. Supporting L1, L2, L5, E6, B3, and L bands, it meets the requirements of advanced RTK applications. Its durable construction and versatile mounting options enhance installation flexibility, making it a preferred choice for various GNSS applications.

• Provides Reliable Multi-band Capability
  The U-blox ANN-MB2 features a powerful active design that supports multiple GNSS constellations, ensuring reliable signal reception and accuracy.
• Enhances Positioning Accuracy
  With support for a wide frequency range, the U-blox ANN-MB2 achieves centimeter-level accuracy, crucial for advanced navigation and positioning tasks.
• Ensures Long-lasting Performance
  The robust design allows the antenna to withstand harsh environmental conditions, ensuring consistent performance even in challenging settings.
• Facilitates Easy Installation
  The antenna's design includes various mounting options, simplifying installation across different platforms and applications.

U-blox ANN-MB Multi-Band GNSS Antenna

The U-blox ANN-MB multi-band (L1, L2/E5b) GNSS antenna is designed for high precision applications. It supports GPS, GLONASS, Galileo, and BeiDou. Featuring a compact form, it includes a high-performance multi-band element, built-in high-gain LNA, and versatile connector options. Ideal for applications requiring reliable positioning in challenging environments.

• Supports Multiple GNSS Constellations
  Enables compatibility with a wide range of GNSS constellations, ensuring versatility in applications.
• Enhances Signal Quality
  Improves signal reception, maximizing performance in weak signal areas.
• Facilitates Easy Integration
  The compact format allows for seamless installation in various applications.
• Offers Flexible Installation
  Allows for adaptation to various system configurations.

U-blox ANN-MB Multi-Band GNSS Antenna

The U-blox ANN-MB multi-band (L1, L2/E5b) GNSS antenna is designed for high precision applications. It supports GPS, GLONASS, Galileo, and BeiDou. Featuring a compact form, it includes a high-performance multi-band element, built-in high-gain LNA, and versatile connector options. Ideal for applications requiring reliable positioning in challenging environments.

• Supports Multiple GNSS Constellations
  Enables compatibility with a wide range of GNSS constellations, ensuring versatility in applications.
• Enhances Signal Quality
  Improves signal reception, maximizing performance in weak signal areas.
• Facilitates Easy Integration
  The compact format allows for seamless installation in various applications.
• Offers Flexible Installation
  Allows for adaptation to various system configurations.

DA435 triple-band L1/L2/L5 GNSS Antenna

The DA435 is an efficient multi-band L1/L2/L5 GNSS active antenna designed for precision positioning. It features high gain, excellent low elevation gain, and circular polarization, making it ideal for environments that require reliable satellite reception. With a robust waterproof and UV-proof design, it ensures strong signal acquisition in challenging settings while being resistant to a wide range of temperatures.

• Supports All Major Satellites
  The antenna allows for the reception of multiple GNSS systems simultaneously, enhancing overall positioning reliability and accuracy.
• Extensive Frequency Coverage
  Utilizing multiple frequency bands allows the antenna to minimize errors and provide more precise geolocation data.
• Resistant to Weather Conditions
  Designed to withstand harsh environmental conditions, ensuring continued performance in outdoor applications.
• Maximizes Signal Quality
  This feature allows for the capture of signals from all directions, crucial for maintaining accuracy in variable environments.

DA275 triple-band L1/L2 GNSS Antenna

The DA275 is a highly efficient multi-band L1/L2/L5 GNSS active antenna, designed for precision positioning applications. It offers excellent gain, superb low elevation performance, and circular polarization. Its robust design ensures concurrent reception of GPS, GLONASS, BeiDou, and Galileo signals, which significantly improves signal availability, even in challenging environments. The antenna features wide beam radiation patterns and is both waterproof and UV-resistant, ensuring durable performance under various weather conditions.

• Enables High Precision Positioning
  The DA275 allows for precise positioning by utilizing multiple frequency bands, enhancing signal integrity and accuracy.
• Improves Signal Availability
  Concurrent reception of multiple constellations increases the number of satellites visible, resulting in enhanced positioning reliability.
• Ensures Long-lasting Performance
  Built to withstand harsh environmental conditions, ensuring years of reliable service.