Obstacle Analyze System is a web-based obstacle management software designed to identify, monitor, and efficiently manage obstacles around airports. It enables all stakeholders including airport authorities, civil aviation organizations, air traffic control units, airlines, governments, municipalities, and other end users to handle obstacles more effectively. This system enhances flight safety, optimizes air traffic flow, and facilitates the seamless sharing of critical data. It also plays a key role in ensuring compliance with regulations and inspections, improving airport infrastructure, and promoting operational excellence. By leveraging expert input, Obstacle Analyze System streamlines obstacle management and automates manual analyses, accelerating processes for airports. As a result, it contributes to safe, efficient, and sustainable aviation operations. This page provides essential information, documents, user tutorials, and frequently asked questions to assist users in navigating the system.
There are 2 groups of users in the system, Professional user used by the customer (authorities, organizations etc.) and System Admin supported by the manufacturer. Depending on the package type and number of user, professional users can also be divided into inspectors, supervisors and managers in a hierarchical structure.
Hold the cursor over the icons used in the system to see their meanings.
Operational user manual, brochure and training request form for users are provided below and may be access at any time. User manual is offered within the scope of Bronze Package. Manuals for other packages are provided to users upon delivery.
Given the extensive range of features included in the Gold, Platinum, and Diamond packages, the video below offers a overview. Detailed instructional videos are provided to users upon delivery.
The basemap heights in our system are primarily derived from 30-meter resolution NASADEM, ASTERGDEM, SRTM data. In some regions, higher-resolution datasets from satellite imagery and ground surveys have been integrated where available.
The number of system users depends on the selected package. The system offers flexibility to accommodate user increases and supports team-based structures and hierarchical control groups. For such requests, please contact the system administrator.
Users can view their previous studies under the relevant My submenus in the Layers menu. Depending on their role, Managers and Supervisors can also access, approve, or reject the work of their team members through the Manage submenu.
Geographic coordinate system (Decimal and DMS) and UTM coordinate system can be used in the system. It is also possible to convert data or files from one format to another.
ICAO PANSAIM (Doc 10066), ICAO Annex14 Volume I and II, ICAO Annex15, ICAO EUR Doc015, Eurocontrol TOD Manual, RTCA DO-276C etc.
It can be used such as Critical Obstacle Analysis, Aerodrome Obstacle Type B Chart Data Production and MSAW (Minimum Safe Altitude Warning) Data Production.
The system hierarchy is structured from lowest to highest as Inspector, Supervisor, and Manager. In single-user packages, the user is assigned the Manager role by default. In hierarchical multi-user packages, an added content is submitted for approval by sequential users. If approved, it becomes Approved; if rejected, it is visible only to the user who added it. If the user is a Manager, the content is approved automatically.
Infringement Analysis detects obstacles that penetrate surfaces such as OLSs, CNS, eTOD Areas previously created and saved in the system, Surface Analysis detects obstacles that penetrate various surfaces such as Circular, Conical, Directional that the user creates instantaneously at the desired location. In Surface Analysis, users generate these surfaces in real time by providing specific input parameters.
It is the function that provides the analysis of the allowable height within surfaces such as OLS, Heliport OLS, CNS. This is the maximum height that a construction can be raised at a specific location from the ground elevation. This analysis can be done for more than one point. The user receives a detailed PDF printout of the approved analysis result.
