ComNav Showcases Latest Deformation Monitoring Solutions in Cameroon

During the seminar, the ComNav A300 GNSS Receiver was prominently showcased, highlighting its advanced features and capabilities. It integrated GNSS module, GNSS antenna and communication module in one compact receiver, especially designed for monitoring solutions. Reliable and convenient user experience is ensured via compact design, high-precision positioning and flexible transmission of A300. As a universal GNSS receiver, A300 is compatible with multiple sensors in facing of different kinds of monitoring tasks, which is one of the best choices for your monitoring solutions.

Apart from A300, we also provide other GNSS receiver for the deformation monitoring.

Among the showcased products, the E300 stands out as a real-time 3D reconstruction system for high-efficiency disaster relief operations. This system can be operated by a single person and provides real-time 3D reconstruction of disaster-stricken areas, delivering accurate and detailed 3D models for rescue operations. The innovative use of relay UAVs extends the operational range and ensures uninterrupted communication and data transmission, even in challenging environments. This technology not only enhances rescue efficiency but also ensures the safety of rescuers within the disaster zone.

What’s more, the LS300 Laser Scanner uses SLAM technology, which allows for precise 3D map generation while in motion, also with frequent data update, ideal for complex and changing environments like post-disaster scenes. Importantly, it can navigate and scan the interiors of buildings, creating detailed 3D models of internal structures. This is useful for assessing damage in disaster-affected buildings and determining safety for entry. Detecting and documenting details such as cracks and deformations in structures helps engineers in evaluating structural stability.

Through these, SLAM laser scanners significantly enhance the efficiency and accuracy of deformation monitoring and rescue operations, enabling rescue teams to respond swiftly and make informed decisions in complex and dynamic environments, ultimately reducing disaster-related losses and casualties.

The P6H Handheld is an advanced, rugged device tailored for Geographic Information System (GIS) professionals. As a compact and portable GIS solution, it seamlessly integrates into the hands of field experts.

It can be used in the pre-disaster preparedness, to access risks and and provide early warnings. During disasters, it can play a crucial role in the resource allocation. Rescue command centers can use GIS to view the locations and statuses of various rescue resources in real-time, optimizing dispatch decisions and improving response times. Also, it calculates the best routes for rescue teams and supplies, avoiding damaged roads and bridges, ensuring quick access to affected areas. In the post-disaster recovering, GIS can help with loss assessment and recovery planning.