base


F. P.
Diese Lernkarten vermitteln essenzielles Wissen zur Flugzeugnavigation und Funknavigationstechnik für Piloten. Sie decken Themen wie Distanzberechnungen, Geschwindigkeiten, Flugroutenplanung, Winkelkorrekturen und die Nutzung von VOR, NDB, DME sowie Transponder-Systemen ab. Praktische Anwendungen wie Kursberechnungen, Winddriftkorrekturen und Höhenmanagement werden anhand konkreter Flugsituationen erklärt. Besonders relevant ist der Inhalt für Flugschüler und lizenzierte Piloten, die ihre theoretischen Kenntnisse vertiefen und Prüfungen vorbereiten möchten.
Karten
191
Lernende
4
Sprache
Englisch
Kategorie
Technik
Stufe
Andere
Erstellt / Aktualisiert
25.04.2022 / 18.04.2026

Cartes-fiches

The aircraft flies with the heading of 330 degrees in windless conditions and crosses the 120 radial from the VOR / DME LIN within 30 NM from DME. The aircraft will be flying:

The aircraft plans to descent at a constant GS. Within 5 minutes the pilot plans to descend from FL 100 to FL050. What should be the descent rate on the VSI? 

The aircraft is moving at a speed of 120 km/h. Wind speed is 30 km/h. The maximum value of drift angle in these conditions is:

The aircraft is moving at a speed of 150 km/h. Wind speed is 30 km/h. The maximum value of the drift angle in these conditions is: 

The aircraft is moving at a ground speed of 150 km / h. In 14 minutes it will cover the distance of: 

The aircraft is moving at a ground speed of 180 km/h. In 18 minutes it will cover the distance of:

The aircraft takes off from the airport located at 1500 ft MSL and climbs vertically at a speed of 600 ft / min. Its average GS is 90 knots and the pressure = 1013.2 hPa QNH. How far from the airport will FL 75 be reached?

The aircraft takes off from the airport elevation 500 ft MSL and rises vertically at a speed of 500 ft / min. Its average cruising speed of 100 knots, and the pressure = 1013.2 hPa QNH. How far from the airport FL 80 is reached?

The aircraft maintains the magnetic heading of 060 degrees. The declination is 8°W, the drift angle is +4°. What is the true track heading of the aircraft?

The GPS system operates in the band ... on the basis of:

The average GS of the aircraft is 150 km/h. In 18 minutes it will fly the distance of:

Sunrise and sunset tables in AIP Poland are provided in chapter:

The on-board device cooperating with the NDB beacon is: 

The on-board device cooperating with VDF direction finder is:

VOR is radionavigation system:

VOR provides the bearing angle for the beacon: 

What is the use of the squawk IDENT?

In what mode is the altitude query sent?: 

In case where the transmitter and receiver move relative to each other (relative motion) there occurs a phenomenon of: 

In the event of COMMUNICATION FAILURE The pilot sets the transponder A mode, code: 

In the event of EMERGENCY The pilot sets the transponder A mode, code:

In the event of HIJACK The pilot sets the transponder A mode, code: 

The standard pressure value is:

The pressure standard is:

The cooperation between the on-board DME with the ground beacons requires:

Assuming that air is incompressible and the location of pressure transmitters on the airplane cause no errors in speedometer indication, TAS is equal to:

The frequency range of the DME radio range-finder is:

The range from which one can receive signals from an NDB ground station is:

Breaking of the wave on the shore (sea/land): 

The descent is planned from the altitude of 7,000 ft so as to reach 1,000 ft AMSL within 6 NM away from the VOR / DME. GS is 180kt and the rate of descent is 1,000ft/min. The distance from the station at the start of descent is:

Time source in the GPS are: 

Étudier