pigeonis.in

CAR2.0 emphasizes on the need for a Drone Directorate within DGCA, who would then issue necessary guidelines, which maybe updated faster, as the needs of the drone industry differ from those of a Civil Aviation Industry. Recommendations for the purpose of CAR 2.0 include: BVLOS operations in DRONE CORRIDORS CAR1.0 allows the UAS operations to be carried out in both the segregated and the unsegregated airspace upto a maximum height of 120m and within visual line of sight. CAPABILITIESThe commercial UAS operations will foster various new forms of air freight capabilities, such as creation of supply chain networks for delivery of payload, transport of temperature sensitive commodities like bodily organs, emergency or just-in-time deliveries of life-saving medicines, safe blood for transfusions and collection of patient specimens for delivery laboratory for time-sensitive testing. INSURANCEUAS operators under CAR 2.0 are required to maintain comprehensive insurance to cover the liability towards cargo or any third part risks that maybe possessed due to commercial and/or BVLOS operations of UAS in compliance with Carriage by Air Act,1972 or any other applicable law.

Due to increased traffic on road, Indian government is making an effort to widen these existing roads alongside building new ones. The government set across an ambitious target of building 15,000 kms of roads in 2016-17, but due to traditional methods used for construction and monitoring, only 8,200 kms of roads were built. It is one of the most preliminary and crucial step in the construction of roads, as the government needs to acquire neighboring lands if they belong to private entities or public. Public Utility shifting: After land acquisition and Liaisoning, companies need information about different utilities including electric poles, schools, public toilets, public hospitals, vegetation, religious structures, etc.

Pigeon Innovative Solutions, a drone survey company in India provides a wide range of survey outputs such as Orthomosaics, Digital Elevation Models (DEM), Digital Surface Models (DSM), Digital Terrain Modeling (DTM), Contour Lines, 3D Models and more. Here is a small description about these drone data outputs Orthomosaic maps are generated from large number of image dataset collected using drone flights. A Digital Elevation Models (DEM) is a data file consisting of digital representation of elevation information in a colour code (raster) or grid form. Digital Surface Models (DSM) measure the height values of the first surface on the ground, which includes buildings, roads and vegetations, as well as natural terrain feature on the Earth’s surface.

Aerial photography involves capturing photographs by using airborne cameras. In other words, it involves taking the photographs of the ground from a direct down position or elevated position