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Field Exploration/Prospecting Site Solution

Because equipment components are heavy, in areas inaccessible to vehicles, it is hard to carry or lift the equipment to pass steep terrains or thick forest during field exploration/prospecting in mountainous areas with complicated terrains or high-altitude areas. In this case, air means are required to release the equipment components accurately in a point-to-point manner and guarantee that no instrument and equipment be damaged during transportation.

Digitalization

Digital images will be provided during UAV prospecting, which can reflect the terrain and landform intuitionistically.

Safe Operation

Especially, under adverse weather environment conditions, UAVs can reduce the field exploration risks to explorers to the maximum.

Applications

Challenges in Field Exploration/Prospecting Sites ：

Field exploration/prospecting equipment components should be released to a designated point in the mountainous area and this point may be a peak, valley, hillside, or somewhere in a jungle. Therefore, UAVs should be capable of VTOL and fixed-point hovering.
The release point of equipment components may be near or far from the take-off point. The biggest problem is that the intervisibility is generally impossible between the take-off point and the target release point.
The equipment component release area is small in size and the ground surface might be stones, loess, or bush. Because of steep peak or blocking by tall trees in the surrounding, it is hard for UAVs to land remotely and the weather near the landing point is complicated.

UAV Application Advantages ：

ZHZ UAVs feature great load capacity, VTOL, and long-term hovering and support strong wind resistance and rainproofness. They are capable of normal flight in complicated weather environments.
ZHZ has mastered the UAV sling stability control technology and owned several proprietary technologies to realize sling transportation and accurate release control of heavy equipment components.
To ensure the intervisibility during the whole release process to guarantee accurate release, the differential positioning mode and visual identification mode are adopted to accomplish accurate release of equipment components. The communication relay UAVs or communication relay captive balloons may be configured to guarantee TT&C and communication during the whole flight. Dual-station handover control mode is used to further guarantee the safety and controllability of the release.