Page 165 - Elana Freeland - Under an Ionized Sky

(or in urban areas with dense wireless cross-traffic on varying frequencies) can keep intelligence,
surveillance, and reconnaissance (ISR) data going 24/7. 139
The S-band radar essential to Space Fence lockdown will be covered at length in the next
chapter. For now, let’s examine another radar casting a wide and deep net over the urban /
civilian battlespace: the Gotcha Spiral II, a work-in-progress since 2010 built to spy on “city-
sized” areas of 10–20 km. When I asked Billy Hayes “The HAARP Man” why it was called
“gotcha,” he laughed and said, “It’s a deep-penetrating spy satellite. ‘Gotcha!’” Here is the 2010
U.S. Air Force description advertised through Federal Business Opportunities:

. . .a dual-band (X/UHF) radar system capable of performing persistent, wide-area surveillance. The Gotcha radar
concept is an airborne, wide angle, staring radar. . .The data is collected in a single radar mode, but is processed into
several different data products such as video Synthetic Aperture Radar (SAR), Ground Moving Target Indication
(GMTI) with Minimum Detectable Velocity (MDV), Coherent Change Detection (CCD), Super-resolution 2D
140
imagery, and 3D SAR imagery.

Gotcha sees through everything, given that the higher the gigahertz (Gotcha is 2.7 GHz), the
greater the ground- and heat-penetration capability. 3D SAR imagery leads to 3D video detection
and ranging (ViDAR), a Doppler radar imaging system:

A moving sensor suite for imaging a scene has three Doppler radars, two moving and one fixed, a fixed video camera
and a fixed GPS receiver. The Doppler radars measure the relative velocities between the radars and the scene, as well
as the scene’s electromagnetic reflectivity, while the video camera records the motion of the camera and the optical
property of the scene. The correct registration of the Doppler radars and the camera is established by finding the
intersections of the moving Doppler radar motion vectors with the image plane of the video camera . . . 141

Three intersecting radars mean 3D electro-optics. Crossing beams creates a “frosting” of IR
heat or thermal sensing, but with ViDAR the picture will be clear. No more blobs of IR heat
walking across the room. This is spying with a vengeance. 142
Moving into space, we encounter proof that the missile era is being replaced by a directed
energy (non-kinetic) era. Particle beam weapons shoot streams of quick-moving projectiles filled
with super-accelerated atoms and molecules. Supposedly, particle (ion) accelerators are needed
for particle beam “gunpowder,” but with ionospheric heaters and engineered weather keeping
our atmosphere and near-earth space primed. OTHR (over-the-horizon radar) EMP plasma wave
systems are game-changers—like the Brilliant Pebbles particle-beam weapon system currently
deployed in Australia at Laverton, Alice Springs (near the Joint Defence Space Research Facility
at Pine Gap), and Longreach.

Sold to the public as simply OTHR utilising HF Hertzian waves, these systems actually have other hidden effects. By
utilising pulsed radar beams of high power, they can create and project a charged EM plasma via waveguide layers in
the ionosphere. This can be triggered to create severe Earth dielectric induced currents, causing electronic damage,
human electrocution, and other collateral damage upon targets located thousands of miles distant—a modern on-off
switch equivalent of a nuclear bomb EMP blast. . .[T]he Exmouth [Australia] base is indeed a deployment site of a
major EM weapon system that can at the very least create and fire EM plasma energy pulses into space.
It is about charged-particle plasma beam weapons even more covert than Boeing’s CHAMP (Counter-electronics
High-powered Advanced Missile Project) “non-kinetic” missile firing bursts of high-powered microwaves (HPMs) for
taking out electronics and data systems. 143 [Emphasis added.]

Boeing’s CHAMP fires pulsed HPMs just like in Star Trek, and Raytheon’s “lights out”
CHAMP-derived EMP missile fires HPMs to disable electronics “with little collateral damage. . .
[a] huge advancement forward in nonlethal warfare.” 144 In the 2012 Utah test, “lights out”