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- Axes_conventions abstract "In ballistics and flight dynamics, axes conventions are standardized ways of establishing the location and orientation of coordinate axes for use as a frame of reference. Mobile objects are normally tracked from an external frame considered fixed. Other frames can be defined on those mobile objects to deal with relative positions for other objects. Finally, attitudes or orientations can be described by a relationship between the external frame and the one defined over the mobile object.The orientation of a vehicle is normally referred to as attitude. It is described normally by the orientation of a frame fixed in the body relative to a fixed reference frame. The attitude is described by attitude coordinates, and consists of at least three coordinates.While from a geometrical point of view the different methods to describe orientations are defined using only some reference frames, in engineering applications it is important also to describe how these frames are attached to the lab and the body in motion.Due to the special importance of international conventions in air vehicles, several organizations have published standards to be followed. For example, German DIN has published the DIN 9300 norm for aircraft (adopted by ISO as ISO 1151–2:1985).".
- Axes_conventions thumbnail Plane.svg?width=300.
- Axes_conventions wikiPageID "29119741".
- Axes_conventions wikiPageLength "12266".
- Axes_conventions wikiPageOutDegree "46".
- Axes_conventions wikiPageRevisionID "693446441".
- Axes_conventions wikiPageWikiLink Attitude_control.
- Axes_conventions wikiPageWikiLink Ballistics.
- Axes_conventions wikiPageWikiLink Bearing_(navigation).
- Axes_conventions wikiPageWikiLink Cartesian_coordinate_system.
- Axes_conventions wikiPageWikiLink Category:Euclidean_symmetries.
- Axes_conventions wikiPageWikiLink Category:Rotation_in_three_dimensions.
- Axes_conventions wikiPageWikiLink Celestial_coordinate_system.
- Axes_conventions wikiPageWikiLink Celestial_equator.
- Axes_conventions wikiPageWikiLink Celestial_pole.
- Axes_conventions wikiPageWikiLink Circle_of_latitude.
- Axes_conventions wikiPageWikiLink Deutsches_Institut_für_Normung.
- Axes_conventions wikiPageWikiLink Ecliptic_coordinate_system.
- Axes_conventions wikiPageWikiLink Electronic_stability_control.
- Axes_conventions wikiPageWikiLink Ellipsoid.
- Axes_conventions wikiPageWikiLink Equatorial_coordinate_system.
- Axes_conventions wikiPageWikiLink Equinox.
- Axes_conventions wikiPageWikiLink Euler_angles.
- Axes_conventions wikiPageWikiLink Eulers_rotation_theorem.
- Axes_conventions wikiPageWikiLink File:Plane_with_ENU_embedded_axes.svg.
- Axes_conventions wikiPageWikiLink Flight_dynamics.
- Axes_conventions wikiPageWikiLink Frame_of_reference.
- Axes_conventions wikiPageWikiLink Geodetic_datum.
- Axes_conventions wikiPageWikiLink Geographic_coordinate_system.
- Axes_conventions wikiPageWikiLink Gyroscope.
- Axes_conventions wikiPageWikiLink March_equinox.
- Axes_conventions wikiPageWikiLink Meridian_(geography).
- Axes_conventions wikiPageWikiLink Navigation.
- Axes_conventions wikiPageWikiLink Orientation_(geometry).
- Axes_conventions wikiPageWikiLink Pole_star.
- Axes_conventions wikiPageWikiLink Rotation_formalisms_in_three_dimensions.
- Axes_conventions wikiPageWikiLink Satellite_navigation.
- Axes_conventions wikiPageWikiLink Ship_motions.
- Axes_conventions wikiPageWikiLink Sphere.
- Axes_conventions wikiPageWikiLink Spheroid.
- Axes_conventions wikiPageWikiLink Triad_method.
- Axes_conventions wikiPageWikiLink File:Celestial.png.
- Axes_conventions wikiPageWikiLink File:ECEF_ENU_Longitude_Latitude_relationships.svg.
- Axes_conventions wikiPageWikiLink File:Plane.svg.
- Axes_conventions wikiPageWikiLink File:RPY_angles_of_airplanes.png.
- Axes_conventions wikiPageWikiLink File:RPY_angles_of_cars.png.
- Axes_conventions wikiPageWikiLink File:RPY_angles_of_ships.png.
- Axes_conventions wikiPageWikiLink File:Sphere_wireframe.svg.
- Axes_conventions wikiPageWikiLinkText "Axes conventions".
- Axes_conventions wikiPageWikiLinkText "axes conventions".
- Axes_conventions wikiPageWikiLinkText "convention".
- Axes_conventions wikiPageWikiLinkText "other possibilities".
- Axes_conventions footer "RPY angles of space shuttles and other space vehicles, first using a local frame as reference and second using an inertial frame as reference.".
- Axes_conventions image "RPY angles of spaceships .png".
- Axes_conventions width "180".
- Axes_conventions width "200".
- Axes_conventions wikiPageUsesTemplate Template:Main.
- Axes_conventions wikiPageUsesTemplate Template:Multiple_image.
- Axes_conventions wikiPageUsesTemplate Template:Mvar.
- Axes_conventions subject Category:Euclidean_symmetries.
- Axes_conventions subject Category:Rotation_in_three_dimensions.
- Axes_conventions hypernym Ways.
- Axes_conventions type Function.
- Axes_conventions type Mechanic.
- Axes_conventions comment "In ballistics and flight dynamics, axes conventions are standardized ways of establishing the location and orientation of coordinate axes for use as a frame of reference. Mobile objects are normally tracked from an external frame considered fixed. Other frames can be defined on those mobile objects to deal with relative positions for other objects.".
- Axes_conventions label "Axes conventions".
- Axes_conventions sameAs Q4830418.
- Axes_conventions sameAs m.03xnhv.
- Axes_conventions sameAs m.0dljgtq.
- Axes_conventions sameAs Q4830418.
- Axes_conventions wasDerivedFrom Axes_conventions?oldid=693446441.
- Axes_conventions depiction Plane.svg.
- Axes_conventions isPrimaryTopicOf Axes_conventions.