It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by zorgon
Space Based Laser
Look again at Page 15 of that Vision 2020... Notice were the target is? Yup that is IRAN
Originally posted by zorgon
Originally posted by guyopitz
When stationary these craft are invisible yet they become visible when they move. .
Well here is the problem... while you can hide the space plane with a special stealth nano 'coating', you cannot hide the heat signature... so you will see a weird fuzzy glowing effect instead of a solid craft. I have a video of one such 'heat signature' taken over Palmdale
As to Moon bases... let's leave that for other threads
Originally posted by backinblack
reply to post by zorgon
Exaggerate THIS
Your pics are probably accurate in numbers but not in scale..
Those dots are much bigger than the actual debris so do exaggerate the space taken up..
It also doesn't depict differing altitudes..
edit on 18-2-2011 by backinblack because: (no reason given)
Originally posted by EarthCitizen07
Originally posted by zorgon
Space Based Laser
Look again at Page 15 of that Vision 2020... Notice were the target is? Yup that is IRAN
Looks like Grazer One from "Under Seige 2: Dark Territory"...have you seen that 1995 flick yet where the death ray from hell shoots airplanes from the sky, a chemical factory in china and almost the pentagon in the usa?
I always thought of laser weapons as plasma weapons....are they the same thing?edit on 19-2-2011 by EarthCitizen07 because: (no reason given)
----Thread update----
March 05, 1985
Leo Holland works on the Large Optics Lathe at the Lawrence Livermore Labs. The lathe is used in constructing experimental equipment for the Strategic Defense Initiative.
THE US navy approved designs last week for a shipboard laser that it hopes will focus a 100-kilowatt beam through the ocean mist.
The system will be based on the free-electron laser, invented in the 1970s by John Madey, which generates light from a powerful beam of electrons.
A big attraction of the free-electron laser is the ability to adjust its output wavelength to improve transmission through the thick, moist air at sea, says Mike Rinn of Boeing, which produced the initial designs. Other laser weapons emit at fixed wavelengths. Also, the laser is electrically powered, so it can recharge quickly, potentially allowing for repeat bursts of fire.
The next step is deciding who will do the detailed design and build the system, which is expected to cost around $160 million.
Rods of God
Flight test of a prototype droid by MIT undergrads. Image credit: MIT. Click to enlarge
MIT engineers recently delivered a tiny satellite to the International Space Station. About the size of a soccer ball, this tiny robot is designed to demonstrate how future satellites could be built much much smaller. It’s equipped with a set of carbon dioxide thrusters which allow it to maneuver inside the station. Two additional SPHERES (Synchronized Position Hold Engage Re-orient Experimental Satellites) will be delivered to the station over the next few years to test how they can fly in formation.
Six years ago, MIT engineering Professor David Miller showed the movie Star Wars to his students on their first day of class. There’s a scene Miller is particularly fond of, the one where Luke Skywalker spars with a floating battle droid. Miller stood up and pointed: “I want you to build me some of those.”
So they did. With support from the Department of Defense and NASA, Miller’s undergraduates built five working droids. And now, one of them is onboard the International Space Station (ISS).
Satellites and the International Space Station use devices called control-moment gyroscopes (CMGs) to adjust the crafts' attitude, which is to turn and steer them. But those CMGs are too big for nano and other miniature satellites, so Honeybee has made them tiny. The company's small CMGs, still in development, could someday fit into hypothetical miniature defense satellites. They make for more nimble satellites that can quickly reposition as they track fast-moving objects.
ANDE-2 consists of two spherical micro satellites. These satellites are launched from the Space Shuttle cargo bay into a circular orbit just below the International Space Station altitude.
Team SBL-IFX, a joint-venture comprising TRW, Lockheed Martin and Boeing, is using integrated ground tests of the Alpha high-energy laser, its beam projection telescope and associated beam alignment and correction system to test design concepts for the Space-Based Laser Integrated Flight Experiment (SBL-IFX), an experimental space-based missile defense system proposed by the Air Force and the Ballistic Missile Defense Organization. In the photo, technicians from TRW and Lockheed Martin check the alignment of the primary (gold) and secondary (black "can on quadropod) optics of the beam projection telescope used in recent tests to gather data on how best to measure and maintain the pointing of the SBL-IFX beam director during high-energy lasing events. The telescope is located at TRW's Capistrano Test Site in Southern California in a special vacuum chamber that simulates the space environment. During on-orbit operations, the SBL-IFX beam director will be used to expand, project and focus a high-energy laser beam on a boosting missile target.
June 6th, 2007
It’s like something out of Star Wars – a tiny satellite that keeps a close-up eye on orbiting spacecraft. We’ll take a look, too – today on Engineering Works!
Saulter, the program manager for the free-electron laser, was momentarily stunned. Then he realized what just happened. “This is very significant,” he says, still a bit shocked. Now, the Navy “can speed up the transition of FEL-weapons-system technology” from a Virginia lab to the high seas.
Currently, the free-electron laser project produces the most-powerful beam in the world, able to cut through 20 feet of steel per second. If it gets up to its ultimate goal, of generating a megawatt’s worth of laser power, it’ll be able to burn through 2,000 feet of steel per second. Just add electrons.
WASHINGTON, Feb. 8, 2011 /PRNewswire-USNewswire/ -- NASA has selected 20 small
satellites to fly as auxiliary cargo aboard rockets planned to launch in 2011 and 2012. The proposed CubeSats come from a high school in Virginia, universities across the country, NASA field centers and Department of Defense organizations.
The satellites come from the following organizations, which include the first high school proposal selected for a CubeSat flight:
-- Air Force Research Lab, Wright-Patterson Air Force Base, Ohio
-- Drexel University, Philadelphia
-- NASA's Goddard Space Flight Center, Greenbelt, Md. (two CubeSats)
-- NASA's Jet Propulsion Laboratory, Pasadena, Calif. (two CubeSats)
-- Naval Research Lab, Washington (two CubeSats)
-- Massachusetts Institute of Technology
-- Morehead State University, Morehead, Ky.
-- The Planetary Society, Pasadena, in partnership with NASA's Ames Research
Center, Moffett Field, Calif.
-- Space and Missile Defense Command, Huntsville, Ala.
-- St. Louis University, St. Louis, Miss.
-- Thomas Jefferson High School, Alexandria, Va.
-- University of Colorado
-- University of Hawaii
-- University of Louisiana, Lafayette
-- University of New Mexico
-- U.S. Military Academy
-- U.S. Naval Academy
Originally posted by zorgon
TRW Capistrano Test Site
Description:
The Capistrano Test Site is a remote, 2,700 acre R&D complex in the hills at the edge of Camp Pendleton, operated by TRW's Defense Space Systems Group. It was built up dramatically to support space-based "Star Wars" weapons systems in the 1980's, and is still at work on advanced and powerful chemical laser systems, as well as, radar, and propulsion systems.
Location:
San Clemente
(POINT(-81.497681 41.507657))
(show on map)
Address: Richmond Road
Cleveland CA, 44124
Visitor Info: At the end of Avenida Pico.
Links: www.trw.com...
www.thelivingmoon.com...
ludb.clui.org...