Discover how the Septentrio Mosaic-G5 P3H dual-antenna GNSS module enables centimeter-precision bridge structural monitoring with UAVs. RTK accuracy, AIM+ anti-jamming, and sub-0.1 degree heading for repeated survey flights.
Upgrade environmental monitoring UAVs with the Septentrio mosaic-G5 P3H GNSS module. Multi-season repeatability, AIM+ anti-jamming, and centimeter-level accuracy for ecosystem mapping.
The Septentrio mosaic-T multi-frequency GNSS timing module delivers nanosecond-level synchronization accuracy and exceptional anti-jamming and anti-spoofing capabilities. It supports full-constellation, all-frequency tracking, operates reliably in harsh environments from -40°C to 85°C, and features low power consumption and easy integration. With comprehensive interfaces and protocols, it provides stable and trusted spatiotemporal synchronization for critical infrastructure.
The mosaic-G5 P3 features a compact size and low power consumption, offering centimeter-level RTK positioning capability and complete raw data output, supporting multi-system signal tracking and GNSS+ anti-interference technology. Its high update rate and event marking function can coordinate with flight control and vision systems to achieve precise takeoff/landing and stable route tracking. It is suitable for drone delivery missions in complex urban environments, improving efficiency and safety.
The mosaic-G5 P3 features a compact size and low power consumption. It offers centimeter-level RTK positioning capability with complete raw data output, supporting anti-interference and multipath suppression in complex environments. Its high data output rate and event marking function enable precise synchronization with sensors, making it suitable for high-precision inspection tasks such as 3D modeling and deformation monitoring of bridge structures, thereby enhancing data quality and operational reliability.
The mosaic-G5 P3 GNSS receiver features a compact size and low power consumption. It supports all-frequency, multi-system signal tracking and raw data output, and is equipped with anti-interference and multipath suppression capabilities, delivering stable centimeter-level RTK positioning performance. It is suitable for drone aerial surveying, enhancing the quality of mapping data and operational reliability, and adapts well to various complex environments and high-dynamic scenarios.
Sinan Navigation collaborates with Septentrio to empower unmanned aerial vehicles with multi-frequency, multi-constellation GNSS technology. Leveraging AIM+ anti-interference and anti-spoofing capabilities with centimeter-level accuracy, it overcomes the constraints of complex environments while balancing reliability and cost-effectiveness. The solution strengthens flight safety safeguards, unlocks efficient operations across all scenarios, and facilitates the large-scale commercial deployment of UAVs.
Septentrio firmly believes that true protection must start at the heart of the navigation system. By deeply integrating multi-frequency GNSS technology, intelligent heuristic algorithms, and satellite signal encryption and authentication, we build native anti-jamming and anti-spoofing capabilities directly at the receiver chip level. Choosing Septentrio means choosing comprehensive protection from the core to the entire system, and above all, it means choosing an unwavering commitment to flight safety.
The Septentrio mosaic-X5 high-precision GNSS receiver delivers core navigation power for your ArduPilot open-source flight control system. With full-system, full-band support, anti-interference capability, and centimeter-level RTK positioning, its 100 Hz high-frequency output enables precise control at high speeds. Seamlessly integrated with hardware such as Pixhawk, it is the ideal positioning solution for professional applications including agricultural mapping and power line inspection.
UAV swarm operations face the critical threat of GNSS interference and spoofing. The Septentrio Mosaic-G5 P3H high-precision GNSS module provides multi-constellation, multi-frequency redundancy, centimeter-level positioning, and dual-antenna heading capabilities, ensuring high-dynamic coordination within swarms. It enables rapid and seamless integration with open-source flight controllers (such as PX4/ArduPilot), serving as the navigation cornerstone for building the next generation of intelligent, resilient UAV swarms.
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