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X-wings with their s-foils locked in attack position as they assault the Death Star in Star Wars (1997 Special Edition) The T-65B X-wing was produced by the Incom Corporation, which had previously supplied the ARC-170 and Z-95 Headhunter starfighters to the Galactic Republic during the Clone Wars. When the Galactic Empire ordered them to ...
The X-wing starfighter, named for the distinctive shape made when its S-Foils are in attack position, was a class of starfighter used by the Rebel Alliance in their conflict with the Galactic Empire. It made its theatrical debut, as the T-65B model, in Star Wars (1977) as the spacecraft piloted by Luke Skywalker and the Red Squadron when Luke ...
Star Wars: X-Wing Second Edition is the second edition of the miniature war game designed by Jay Little and produced by Fantasy Flight Games that was first announced on May 1, 2018, with the first release on September 13 of the same year. On November 16, 2020, Atomic Mass Games (another subsidiary of Asmodee) announced that it would be ...
Star Wars: X-Wing is a miniature war game designed by Jay Little and produced by Fantasy Flight Games that was released at Gen Con during August 17, 2012. [ 2 ] [ 3 ] It features tactical ship-to-ship dogfighting between various types of starfighters set in the fictional Star Wars universe. [ 4 ]
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An airspeed indicator, for the purpose of flight-testing, may have the following markings: the bottom of the white arc indicates V S0 at maximum weight, while the bottom of the green arc indicates V S1 at maximum weight. While an aircraft's V S speed is computed by design, its V S0 and V S1 speeds must be demonstrated empirically by flight ...
Supercritical airfoils feature four main benefits: they have a higher drag-divergence Mach number, [21] they develop shock waves farther aft than traditional airfoils, [22] they greatly reduce shock-induced boundary layer separation, and their geometry allows more efficient wing design (e.g., a thicker wing and/or reduced wing sweep, each of which may allow a lighter wing).
Camber is a complex property that can be more fully characterized by an airfoil's camber line, the curve Z(x) that is halfway between the upper and lower surfaces, and thickness function T(x), which describes the thickness of the airfoils at any given point. The upper and lower surfaces can be defined as follows: