PAVEWAY laser guidance/Related Articles

From Citizendium, the Citizens' Compendium
Jump to: navigation, search
This article is developing and not approved.
Main Article
Talk
Related Articles  [?]
Bibliography  [?]
External Links  [?]
Citable Version  [?]
 
A list of Citizendium articles, and planned articles, about PAVEWAY laser guidance.
See also changes related to PAVEWAY laser guidance, or pages that link to PAVEWAY laser guidance or to this page or whose text contains "PAVEWAY laser guidance".

Parent topics

Subtopics

Generations & technologies

  • Bang-bang control [r]: A technique of aerodynamic control of glide bombs and related weapons, in which either the control surface deflects completely or not at all; contrast with the proportional aerodynamic control used by manned aircraft and some advanced missiles [e]
  • Proportional aerodynamic control [r]: The form of flight control used on aircraft and advanced missiles, in which there is a continuous range of motion of the control surfaces, so that movements of the yoke or joystick, or equivalent in the flight computer, can produce a corresponding control surface deflection throughout the range from minimum to maximum; contrast with bang-bang control in which the control surface is either deflected or not [e]
  • PAVEWAY I [r]: First generation of PAVEWAY laser guidance kits for conventional bombs, consisting of a gimballed (i.e., mechanically scanned) laser seeker head, a Computer Control Group (CCG), and aerodynamic control surfaces, both "wings" to improve glide and moving control surfaces, usually on the nose, using bang-bang coarse directional control [e]
  • PAVEWAY II [r]: Second generation of U.S. laser-guided bombs, still in partial service as it is considerably cheaper than PAVEWAY I and PAVEWAY III; improved PAVEWAY I still using bang-bang control and difficult to deliver at low altitude, but with a more sensitive seeker and substantial cost reduction engineering [e]
  • PAVEWAY III [r]: Third generation of U.S. laser-guided bomb control, with a principal objective of enabling low-altitude drops; first with a fully programmable computer; considerably more expensive than PAVEWAY II [e]

Control

Payloads

Versions

Other related topics