The upper bound of the wingspan for this category.
Represents engineered systems as either decomposable or non-decomposible subsystems.
The string identifier of the model for this system/subsystem/assembly.
Specifies a category of aircraft that can be used to partition aircraft according to their weight.
The upper bound of the aircraft weight category.
The type designator code for this type of aircraft (e.g., B777).
An aircraft type represents a set of related aircraft models. Each type corresponds to one of the FAA's aircraft type designators (e.g., B777 covers all Boeing 777 models).
The unique Mode S address of the transponder aboard the aircraft. Mode S equipment on aircraft are assigned a unique ICAO 24-bit address or (informally) Mode S hex code upon national registration and this address becomes a part of the aircraft's Certificate of Registration.
The upper bound of the maximum takeoff weight for this category.
Connects an engineered system to its primitive components.
A complex engineering system that can be further decomposed into a set of decomposable subsystems and primitive components.
The manufacturer serial number of the aircraft.
An engineering subsystem of an aircraft.
An aircraft model represents a generic specification that describes the characteristics of a specific type of aircraft to be manufactured.
A unit assembly in an aircraft mechanical subsystem, a ball bearing is positioned between a wheel and a fixed axle, in which the rotating part and the stationary part are separated by a ring of small solid metal balls that reduce friction.
A navaid (navigational aid) is an engineered system on the ground that airplanes can detect based on their emission of radio signals that enable the aircraft to navigate. Modern examples include NDBs and VORs, which both transmit radio signals that aircraft can follow and home in on.
The aircraft FAA registration number (the tail number, or the N-Number in the US).
CAST/ICAO Common Taxonomy Team (CICTT) identifier for this model as specified by the International Aircraft Categorisation And Identification Standard (IACIS).
Links an aircraft model to its type, where the type represents a set of related models.
The name of the entity that registered the aircraft with the FAA.
An aircraft engine is the component of the propulsion system for an aircraft that generates mechanical power.
The lower bound of the wingspan for this category.
The date that an operating certificate was issued to the aircraft.
A numeric measure between 0 and 1 reflecting how certain the eqp:hasAircraftModel link is to be correct between the aircraft and the model. A value of one indicates 100% certainty. A lesser value is not to be taken as a percentage, but is a heuristic similarity value taken from the scoring of the TF/IDF similarity assessment performed between the FAA aircraft make/model in the FAA registration database and ICAO make/model names used in the ontology.
Links an aircraft model to its weight class.
An aircraft subsystem responsible for navigation functions.
A primitive, non-decomposible component in an engineered system.
A link to the entity that manufactured the system.
Specifies a category of aircraft according to their wake turbulance characteristics (including takeoff weight and wingspan). These categories are useful for the purpose of FAA separation assurance. See FAA Order JO 7110.659B, Wake Turbulence Recategorization, effective March 01, 2015.
Represents different generic types of aircraft engines.
Links an aircraft model to the airframe manufacturer that designed the model.
An aircraft subsystem responsible for generating and distributing electrical power.
A text description of the engine type characteristics.
The lower bound of the aircraft weight category.
The lower bound of the maximum takeoff weight for this category.
The wake category identification character (A through F).
Links an aircraft type to the type of engine it uses.
Links an aircraft model to its wake category.
An aircraft subsystem involving all voice and data communications functions.
The number of engines specified for this aircraft model or found on this aircraft.
Connects an engineered system to its subsystems.
A physical realization of an aircraft, produced according to the specifications defined for a specific model type.