The phrase "aerial orientation" is correct and usable in written English.
It can be used in contexts related to navigation, flight, or understanding spatial relationships in a three-dimensional environment.
Example: "The pilot demonstrated excellent aerial orientation during the flight simulation, successfully navigating through the complex airspace."
Alternatives: "spatial awareness" or "navigational skills".
The only problem was that the small spinning tail it used to control its aerial orientation could control it only along one axis known as pitch, as on an airplane.
For a person with an aerial orientation — "My dad is spending his whole life watching in the air," Julien once remarked to Nicole — Hong Kong is a paradise, nurturing, on its skyline, the same biodiversity that Darwin observed in the Galápagos.
However, a number of specific insights on optimizing PTT/collar configuration flow from our work: a neoprene collar, a compact PTT mounted directly to the collar, and an aerial orientation perpendicular to the PTT along the dorsum.
That takes patience, trial and error, with small adjustments to the aerial's orientation being made as you switch from one station to another.Think about buying an aerial with a built-in signal amplifier, especially if the television set is more than 20 feet (six metres) away.
Thus, the same azimuth cells remain active throughout the entire take-off and landing manoeuvres, so that the compass maintains a steady representation of the bat's direction, while different sets of pitch cells fire in sequence during the aerial rotation to encode body orientation.
This was focused on reconstructing the image geometry and building a precise orientation, together with an aerial triangulation operation.
This month features post-World War 2 aerial photographs of San Francisco with a brief orientation by Dave Ruiz of Quantum Spatial.
This paper introduces a novel aerial building detection method based on region orientation as a new feature, which is used in various steps throughout the presented framework.
Aerial images differ in resolution, sensor type, orientation, quality, dynamic range, light conditions, different weather and seasons, factors that increase the complexity of the edge detection process.
Testing the virtual reality (VR) models in three-dimensional (3D) spatial design showed that 2D models and aerial photos are also needed to support orientation on-site, and the best results are achieved by combining these tools together.
This paper considers the problem of controlling the position and the orientation of a Coaxial-Rotor Unmanned Aerial Vehicle -CRUAV- despite unknown aerodynamic efforts.
