Explaining Aircraft Assignment

Objective

After completing this lesson, you will be able to explain how Defense and Security provides decision support for selecting aircraft to be assigned to a flight

Criteria for Selecting Aircraft for Flights

The image depicts a high-level overview of a flight management system, including various components such as Define Master Data, Flight Overview, Status Board, and a list of flight-related tasks on the left side of the screen. The visual elements include schematic representations of aircraft, highlighting the key aspects of the flight management process.

The required system type of the aircraft (for example, Fighter) and the required Operational Configuration (for example, Air Attack) are typically known when the flight requirement is created. However, the nomination of the aircraft to perform the flight also uses technical considerations (remaining flight hours, effort to reconfigure) and is therefore performed in a later stage (by Technical Operations working in SAP).

Criteria for Selecting Aircraft for Flights

The image shows a planned setup for Flight TC4471, which includes 2 missiles, 2 additional fuel tanks, and radar. It also displays several aircraft represented by their tail numbers (124627, 124648, 124653), suggesting a connection between the flight setup and these aircraft. The layout includes arrows and question marks, indicating some relationship or dependencies between the elements.

There can be several criteria for selecting one aircraft over the other for a flight.

Examples for such selection criteria are as follows:

  • Type of mission / flight
  • Technical / Operational Status
  • Required (authorized) setup configuration
  • Remaining flight hours to next inspection (controlled usage rate)

Controlled Usage Rate

The image displays two screens from an SAP system. The left screen shows a technical diagram with various form fields and options. The right screen presents a chart showing controlled usage rates for different aircraft types, with the data displayed in a bar graph format.

As maintenance resources - such as work stations, machines, or personnel - are limited, it is necessary to distribute the necessary periodic maintenance tasks evenly over a year for all of the aircraft within a maintenance cycle. The use of aircraft must be monitored to ensure that too many maintenance tasks are not due at the same time. This operation is known as controlled usage rate.

Weapon System Configuration Status

The image depicts the setup configuration status of a vehicle, showing the technical state after the installation of a specific configuration kit. It includes various components such as radar, external fuel tanks, Hydra 70 and AMG 114-Hellfire missiles, and an M230 chain gun. The actual setup configuration status of the aircraft is displayed and maintained at the Master Equipment level.

The configuration describes the technical structure, the loading state, and the equipment of a technical object (for example, a weapon system).

In aircraft, this applies to the following:

  • Installed and additional parts
  • Additional equipment
  • Weapons
  • Ammunition
  • Refueling
The image shows the setup configuration class in Master Equipment and Flight, which is used to describe the technical state of a vehicle. It explains that there is one setup configuration class per platform, with one characteristic per setup code. The image also displays the various values for each characteristic that determine a specific setup, such as those related to fuel, armament, and other equipment. The information is presented in a tabular format with character positions and corresponding values.

You map the actual configuration to describe the current configuration of a technical object.

The image depicts a three-step process for managing aircraft setup configurations. Step 1 shows scheduling the setup configuration as part of a flight order. Step 2 shows the confirmation of the setup operation through a user interface. Step 3 illustrates changing the actual setup configuration, with a visual representation of the updated configuration being applied to the aircraft.

You map the authorized configuration to define what the configuration of a technical object should be for a particular flight. A comparison between the actual and authorized configuration in the flight enables you to trigger processes for equipping or changing the technical object.

The image shows two screens from an SAP system related to the actual setup configuration of an aircraft. The left screen displays the technical status of the aircraft, including details such as the confirmation date, actual start and end times, and total confirmation data. The right screen allows the user to change the actual configuration code, with various fields and options to update the configuration details.

The application, Enter PM Order Confirmation, was enhanced to match defense-specific requirements. With this enhancement, the user has direct access to the following:

  • Technical Status
  • Actual setup configuration

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