| Name | Data Type | Definition | |
|---|---|---|---|
| frequency | ValFrequencyType | The frequency value of the glide path indicator. | |
| slope | ValAngleType | The angle of the glide path. | |
| angleAccuracy | ValAngleType | Accuracy of the Glide path angle. | |
| rdh | ValDistanceVerticalType | The value of the ILS Reference Datum Height (ILS RDH). | |
| rdhAccuracy | ValDistanceVerticalType | Accuracy of the value of the ILS Reference Datum Height (ILS RDH). | |
| designator | CodeNavaidDesignatorType | The identifying code given to the navaid. | Inherited from NavaidEquipment |
| name | TextNameType | The long name given to the navaid equipment. | Inherited from NavaidEquipment |
| emissionClass | CodeRadioEmissionType | A code indicating the type of emission, as defined at the 1979 ITU World Administrative Radio Conference. | Inherited from NavaidEquipment |
| mobile | CodeYesNoType | Indicates if the navaid equipment is mobile. | Inherited from NavaidEquipment |
| magneticVariation | ValMagneticVariationType | The measured angle between Magnetic North and True North at the VOR and at the time reported in dateMagneticVariation. By convention, the measure is expressed as a positive number if Magnetic North is to the east of True North and negative if Magnetic North is to the west of True North. Therefore, magnetic bearing + magnetic variation = true bearing. The following rule of thumb applies: ""variation east-magnetic least, variation west-magnetic best"". | Inherited from NavaidEquipment |
| magneticVariationAccuracy | ValAngleType | The accuracy of the measured angle between Magnetic North and True North at the VOR and at the time reported in dateMagneticVariation | Inherited from NavaidEquipment |
| dateMagneticVariation | DateYearType | The year the magnetic variation was measured. | Inherited from NavaidEquipment |
| flightChecked | CodeYesNoType | Indicates if the navaid equipment has been flight checked. | Inherited from NavaidEquipment |