Drone Technology 

Can you imagine? Before police cars, ambulances, and emergency personnel arrive, the command center receives real-time footage of the scene. That's what Drone as First Responder (DFR) is doing.

Orthophotography, a core technology in modern surveying and mapping, produces high-resolution, georeferenced, geometrically corrected imagery, providing high-precision data support for GIS, urban planning, agricultural monitoring, and disaster assessment.

Oblique photography, as an advanced photogrammetric technique, uses multi-angle image acquisition and 3D modeling to provide high-precision, multi-dimensional spatial data for applications such as geographic information systems (GIS), urban planning, and building monitoring.

With the advancement of drone technology, drone mapping, with its efficiency, flexibility, and cost-effectiveness, has brought unprecedented changes to the geographic surveying and mapping industry.

Whether you're flying a recreational drone, a commercial drone, or a manned aircraft, altitudes above ground level (AGL) and mean sea level (MSL) are crucial parameters.

The AI autonomous system of drones enhances drone situational awareness and injects new vitality into the future development of the low-altitude economy.

Airspace safety is something every drone operator must always be aware of. Understanding airspace classifications, operating requirements, and flight restrictions is essential. Here we explain drone temporary flight restrictions and how they affect drone operators.

Drones are aerial cameras, and long-distance detection technology improves the comprehensive capabilities of drones. Here we will explain the principles and mechanisms of drone long-distance detection.

Want to know how to keep the drone stable and transmit images over long distances? You need to correctly understand everything about the frequency bands of drones.