Sometimes, operators need to attach equipment to aircraft. Aeronautical risk is usually excluded by general insurers. And when the equipment is on the ground, the aeronautical insurer ignores it and does not offer coverage.
With the damage product that covers the equipment, the Company guarantees the breakage, destruction, sudden or accidental loss of the insured assets, in perfect state of maintenance and operation, while they are in the development of their activity, after their receipt and/or or exploitation tests, during rest or stoppage, due to disassembly and reassembly operations necessary for maintenance or repair work, due to transport by land, air, sea or river.
MACHINE BREAKAGE WARRANTY (within equipment and material)
With the additional machine breakage guarantee, we can also cover damage caused by internal breakage, mechanical, electrical or electronic misalignment of the insured equipment, to the extent that the insured does not prove that these damages are a consequence of an accidental event covered by The policy.
Damage resulting from the prolonged effect of operation, such as oxidation, corrosion, rust inlay, scale or scale.
However, if said damage causes the sudden and fortuitous breakage, destruction or loss of adjacent elements or other parts in good condition of the same property, the guarantee will be acquired for the damage that affects said elements or parts.
This product is specially designed to cover any machinery or equipment such as:
Aerial cameras:
These cameras are used to capture high-resolution aerial images for a variety of applications, such as cartography, surveillance, infrastructure inspection, and mapping. These can be standard RGB cameras or multispectral cameras that capture different wavelengths of light for specific analysis.
LIDAR (Light Detection and Ranging):
LIDAR systems use laser pulses to measure the distance between the aircraft and the ground, creating three-dimensional models of the terrain and objects on the surface. They are used in mapping applications, surveying, geological surveys, environmental monitoring and more.
Temperature and humidity sensors:
These sensors are used to measure air temperature and humidity and can be useful for climate studies, weather forecasting, environmental research, and monitoring atmospheric conditions.
Aerial surveying equipment:
They include GNSS (Global Navigation Satellite System) systems, RTK (Real Time Kinematics Correction) receivers, total stations and other equipment used to perform topographic surveys from the air. These equipment are used in applications such as cartography, civil engineering, urban planning and natural resource management.
Specialized sensors
In addition to those mentioned, there are a variety of specialized sensors that can be installed on aircraft to collect specific data, such as electromagnetic radiation sensors, water quality sensors, air pollution sensors, among others.
