1 - The Black Vault
1 - The Black Vault
1 - The Black Vault
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PRAETORIAN STARSHIP<br />
the aircraft. In addition to providing a visual<br />
heading reference, each C-12 compass furnished<br />
heading information to other aircraft navigational<br />
systems. Operating controls for the number 1 and<br />
number 2 compass systems were located on the<br />
digital controller for each system. <strong>The</strong> digital controllers<br />
were located on the navigator’s instrument<br />
panel. Each system was capable of operating<br />
in one or two modes. In the magnetic heading<br />
mode, used in latitudes where no distortion of<br />
earth’s magnetic field was encountered, the directional<br />
gyro in the system was slaved to earth’s<br />
magnetic field and the indicators displayed magnetic<br />
heading of the aircraft. In the directional<br />
gyro mode, used in latitudes where the magnetic<br />
meridian was distorted or weak, the system gyro<br />
acted as a directional gyro and maintained the<br />
position manually selected by the navigator. <strong>The</strong><br />
indicators displayed the manually established<br />
heading. 22<br />
Instrumentation on the pilot and copilot instrument<br />
panels included an attitude direction indica -<br />
tor (ADI), horizontal situation indicator (HSI),<br />
bearing-distance-heading indicator (BDHI), and<br />
radio magnetic indicator (RMI). <strong>The</strong> aircraft was<br />
also equipped with both a pressure altimeter and<br />
a radar altimeter. Radios included two ultrahigh<br />
frequency (UHF), one very high frequency (HF),<br />
two high frequency, and two automatic direction<br />
finding sets. 23 <strong>The</strong> system was considered the<br />
state of the art when it was introduced in 1962.<br />
<strong>The</strong>re were many additional systems that<br />
made up the complex C-130E Lockheed Hercules<br />
aircraft. <strong>The</strong> company continued to improve the<br />
airplane through follow-on models, but most of<br />
the basic C-130 systems found on the early E<br />
aircraft continued in production over the next<br />
three decades.<br />
<strong>The</strong> C-130E(I)<br />
Combat Talon Aircraft<br />
On 22 July 1965 the USAF took delivery of the<br />
first two C-130E aircraft that were slated to be<br />
modified into Combat Talons. Aircraft 64-0551<br />
and 64-0555 were assigned to the 464th Troop<br />
Carrier Wing at Pope AFB, North Carolina. <strong>The</strong><br />
remaining 12 aircraft were delivered to the<br />
USAF during the following five months, with<br />
the last aircraft (64-0568) being temporarily assigned<br />
to the 4442d Combat Crew Training<br />
Wing on 17 December 1965. Earlier in the<br />
month, on 3 December, aircraft 64-0523 became<br />
the first aircraft to enter STARS modification at<br />
the Lockheed-Georgia facility. 24 <strong>The</strong> Fulton<br />
STARS was the most visible of the Combat<br />
Talon modifications, and the capability would<br />
become the centerpiece for most of the Combat<br />
Talon community for the next 30 years.<br />
<strong>The</strong> Fulton Surface-to-Air<br />
Recovery System<br />
During the 1920s, a mail pickup system was<br />
invented by Lytle S. Brown and was employed to<br />
retrieve outgoing mail in remote areas where<br />
overland pickup was impractical. Using Brown’s<br />
invention, All American Aviation developed a<br />
modified pickup system in the 1930s that consisted<br />
of two steel poles, set 54 feet apart, with a<br />
transfer line swung between them. A pickup aircraft<br />
would approach the cable at 90 miles per<br />
hour, with a 50-foot steel pickup cable trailing<br />
behind. Just before impact with the transfer ca ble,<br />
the pickup pilot would pull the nose of the aircraft<br />
up and engage the transfer cable with a fourpronged<br />
grapple anchored to the end of the pickup<br />
cable. A flight mechanic stationed in the fuselage<br />
of the aircraft then used a winch to reel the package<br />
on board. 25 <strong>The</strong> system was operational by<br />
1941 at the outbreak of World War II.<br />
<strong>The</strong> All American System—<br />
Forerunner to STARS<br />
As the war progressed and the Allies prepared<br />
for the eventual invasion of Europe, it became apparent<br />
that a capability was needed to extract personnel<br />
who had previously parachuted behind enemy<br />
lines. Literally thousands of paratroopers were<br />
dropped by Carpetbagger B-24 and B-17 aircraft,<br />
along with RAF Halifaxes, in the months before and<br />
immediately after the Normandy invasion. <strong>The</strong> primary<br />
option for their recovery was a risky overland<br />
trek through enemy-held territory followed by an<br />
equally risky linkup with Allied forces in the field.<br />
Hoping to find their exfiltration solution in the All<br />
American Aviation system, the British began testing<br />
the capability early in the war. 26<br />
In July 1943 the USAAF validated the need for<br />
the extraction of downed airmen from behind enemy<br />
lines and began an operational test of the All American<br />
Aviation system. Initial test produced unsatisfactory<br />
results for personnel pickups, with instrumentation<br />
recording more than 17 g’s (acceleration<br />
of gravity) at initial contact with the pickup line.<br />
Modifications were made in the parachute harness<br />
and the transfer line, thus reducing the initial<br />
force on the pick-up package to 7 g’s. On 5<br />
September 1943, the first volunteer paratrooper,<br />
24