五千年(敝帚自珍)

主题:电影Stealth中的情节马上就要成为现实了 -- 心文连博

共:💬9 🌺8
全看分页树展 · 主题 跟帖
家园 UCAS-D还是对地攻击为主的

http://www.northropgrumman.com/review/005-us-navy-ucas-d-program.html#requirements

Mobile, relocatable, or otherwise “time-sensitive” targets are challenges that the U.S. currently faces in the Global War on Terrorism (GWOT). It is a certainty that because these challenges will increase in number and lethality, the U.S. must develop an effective means to strike them. The single most important system attribute for success against these sorts of time-sensitive targets is broad-area persistence.

Put simply, our forces need to be continuously present across the battlespace to find and destroy targets during very narrow windows of opportunity. And these windows, for many types of targets, such as mobile ballistic or SAM missile launchers, remain open for only minutes at a time.

Looking beyond the GWOT at more stressing projected conflict scenarios, it is clear that U.S. combat aviation forces will need to be capable of establishing persistent surveillance and attack coverage over heavily-defended battlespaces, and in the face of increasingly capable anti-access threats. This is a capability that U.S. aviation forces—regardless of whether they have been based on land or at sea—have never possessed.

o survive when operating persistently in defended airspace, and to retain tactical responsiveness against fleeting targets, future systems will need broad-band/all-aspect low observability. And to fight effectively from beyond the lethal radius of projected anti-access systems such as submarine-launched anti-ship cruise missiles and medium-range anti-ship ballistic missiles, future sea-based aviation systems will need operating radii of 1,500 miles or more — unprecedented for a carrier-based aircraft.

这东西几乎是为中国量身定做的

全看分页树展 · 主题 跟帖


有趣有益,互惠互利;开阔视野,博采众长。
虚拟的网络,真实的人。天南地北客,相逢皆朋友

Copyright © cchere 西西河