A quick tour of ArcGIS for Aviation

ArcGIS for Aviation includes a number of geoprocessing tools that cover all aspects of chart generation, including charting, change detection, editing, and obstacle recognition surfaces.

This toolbox includes geoprocessing tools that allow you to create spatial geometry, export FAA 18B data to a shapefile, and create an enterprise geodatabase using AIS or airport mode.

FAA toolset - FAA 18B Tools for exporting data to shapefiles and importing 18B compliant shapefiles into a geodatabase

Create an aviation geodatabase - a tool for importing AIS or airport models into an enterprise geodatabase

The toolbox contains tools for creating obstacle recognition surfaces according to FAA Recommendation Circular 150 / 5300-18B according to FAA Rule Part 77, ICAO Annex 14 and ICAO Annex 15.

This toolbox contains several tool sets, including data editing, change detection, creation of obstacle recognition surfaces, and tools for creating charts.

Using the Production Feature Builder toolbar and Feature Builder window, you can create complex geodesic and elliptical functions. In addition to functions such as Point (Simple) and Polygon (Simple), the function builder also includes functions specific to aerospace (bearing distance and keyhole (1 azimuth)).

ArcGIS for Aviation is part of a complete system for managing data, products, workflow, quality. It is an ArcGIS Desktop extension that is tightly integrated with other extensions such as ArcGIS Server and desktop ArcGIS Data Interoperability extensions, ArcGIS Spatial Analyst extensions, ArcGIS 3D Analyst extensions, and ArcGIS Workflow Manager for Desktop. ArcGIS for Aviation includes bundled supplementary components such as Esri Production Mapping Tool, ArcGIS Data Reviewer for Desktop, and Task Assistant Manager. These components together provide a comprehensive solution to the aviation industry on aviation industry data, products, workflow, quality control challenges and inefficiencies. ArcGIS for Aviation addresses the challenges faced by the aviation industry, such as demand for more products, reduced operating budgets, dynamic lists of standards, and significant changes in information.

In this tutorial we will show examples of functions available in ArcGIS for Aviation extensions. It consists of three exercises and a set of samples. The first exercise explains how to use the automatic data quality control check. In the second exercise, we will explain creating an obstacle recognition surface (OIS). In the third exercise, I will explain the process of analyzing OIS failure data.

ArcGIS for Aviation is part of the ArcGIS system designed to solve problems and improve the efficiency of private, military and civilian airlines, airports, consultants and affiliates. This allows organizations to manage aviation data, products, services, workflow, and quality. This system is very efficient in creating and maintaining aviation data based on industry standards to support charting, airspace analysis, airport management, and compliance.

This article is watching the aviation industry. Please explain how the airline industry includes manufacturing, airport management, maintenance and pilots. Find out how the aviation industry has a positive impact on other business such as sightseeing / sightseeing, hotels, restaurants. Finally, in this article I will explain the industry's current performance and future forecasts. The aviation industry is full of vitality. The aviation industry means different for many people. Some people think only of pilots that pilot a commercial aircraft. Others have airports and private jet. Unless you are involved in the aviation industry, it is difficult to think about many aspects of aviation. The aviation industry will affect not only the manufacture of aircraft, the operation of airports and the maintenance of aircraft but also many industries related to aircraft travel.