1 - The Black Vault
1 - The Black Vault
1 - The Black Vault
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PRAETORIAN STARSHIP<br />
Vaught had been frustrated with the lack of dependable<br />
communications between the JTF and the<br />
rescue force and had tasked his communications<br />
experts to develop a way to improve overall secure<br />
communications. Satellite communications (SAT-<br />
COM) proved to be a reliable means of long-range<br />
secure-voice communications. <strong>The</strong>re was no provision,<br />
however, to mount the SATCOM antenna on<br />
the C-130. Oliver was given the task to develop a<br />
way to quickly mount an antenna. <strong>The</strong> mounting<br />
had to be portable, since there were not enough<br />
SATCOM sets to put on every aircraft. <strong>The</strong> antenna<br />
to be mounted was a Dorn Margollin dishtype<br />
unit that was about 18 inches in diameter<br />
and mounted on a center pedestal. <strong>The</strong> develop -<br />
mental team selected the forward escape hatch on<br />
the top of the C-130 as the best location for the<br />
antenna. Oliver had a unit flown to Ontario from<br />
the manufacturer, and he used his top-priority<br />
status to acquire a forward overhead escape hatch<br />
from the assembly line at Lockheed-Martin,<br />
Marietta, Georgia. After two quick days of design<br />
and assembly, the antenna was flight-tested on an<br />
MC-130E that was at LAS Ontario for periodic<br />
maintenance. Two days later the antenna was<br />
shipped to Kyle and the JTF. Almost immediately<br />
another request came to Oliver for a similar<br />
mounting for a C-141, and within another four-day<br />
period, he had the C-141 antenna completed. 57<br />
<strong>The</strong> next problem area for Oliver was the Combat<br />
Talon FLIR system. <strong>The</strong> FLIR was nearly 10<br />
years old by 1980 and had been adapted from the<br />
US Navy P-3 program for use during the Son Tay<br />
rescue mission. <strong>The</strong> original specification required<br />
that the FLIR be covert and not visible<br />
from the exterior of the aircraft. This requirement<br />
placed the set behind the nose landing gear,<br />
with the FLIR door covered by the aft nose landing<br />
gear door when the aircraft was on the<br />
ground. <strong>The</strong> installation required a pressure box<br />
to isolate the FLIR from the pressurized fuselage,<br />
a worm gear extension and retraction system, and<br />
a relatively sophisticated door to close up the<br />
whole system when not in use. <strong>The</strong> primary function<br />
of the FLIR was to provide an aid to naviga -<br />
tion during terrain following. Before lowering the<br />
aircraft landing gear, the FLIR had to be retracted<br />
and was thus unusable to the crew for<br />
landing. Over the years, as funding for SOF decreased<br />
after the end of the Vietnam War, available<br />
FLIR assets were transferred to the 1st SOS<br />
and were employed for the Korean sea surveillance<br />
mission. None of the 7th or 8th SOS aircraft<br />
had the FLIR installed, and their crews were not<br />
proficient in FLIR operations.<br />
As the airland option for both Night One and<br />
Night Two developed, the need for a “gear-down,<br />
FLIR down” capability emerged. Oliver was<br />
tasked to find a solution. He removed an aft nose<br />
landing-gear door from a C-130 at LAS Ontario<br />
and had a semicircular opening cut in the door to<br />
allow the FLIR turret to be extended through it<br />
with the nose gear down. LAS engineers also designed<br />
a cover for the opening that could be installed<br />
when the capability was not required.<br />
<strong>The</strong>re were also wiring changes needed to allow<br />
the FLIR to be down with the gear extended.<br />
With the modified door in the back of a Combat<br />
Talon, Oliver deployed to Hurlburt Field to test it<br />
on an 8th SOS aircraft. 58<br />
Oliver arranged for an acoustical engineer to<br />
meet him at Hurlburt Field and to install sensors<br />
on the test bird to determine noise and vibration<br />
levels inside the aircraft. With the nose gear door<br />
installed, Meller’s crew flew a test mission out of<br />
Hurlburt Field to determine if Oliver’s brainchild<br />
provided a workable solution. With the cutout just<br />
below the flight deck, the noise and vibration<br />
proved totally unacceptable. <strong>The</strong> fix that Oliver’s<br />
team came up with proved to be one of its few<br />
failures. 59 Tactics used for the rescue mission<br />
were subsequently modified to allow for a gear-up<br />
“FLIR pass” by a Combat Talon down the runway<br />
to determine if the runway was clear of obstacles.<br />
<strong>The</strong> FLIR bird would then maneuver to land at<br />
the end of the aircraft flow. (When the Combat<br />
Talon II and the AC-130U gunship were developed<br />
and fielded in the late 1980s, the FLIR prob -<br />
lem was finally solved by installing the FLIR ball<br />
in front of the nose gear. This arrangement allowed<br />
FLIR operation with the landing gear<br />
down. <strong>The</strong> requirement for a covert installation<br />
was no longer a factor, since many aircraft were<br />
equipped with FLIR by that time.)<br />
* * * * * *<br />
January 1980 would prove to be the most demanding<br />
month during the preparation for the<br />
mission. Kyle had continued to work with his<br />
planners and had settled on a plan that required<br />
six Combat Talons for Night One—Brenci’s lead<br />
aircraft would carry the ranger airfield security<br />
force, Jubelt’s and Osborne’s aircraft would carry<br />
Delta Force, and Uttaro and Meller’s aircraft<br />
would be configured as bladder birds to refuel<br />
the helicopters. Four Combat Talons originally<br />
had been planned for the mission, but with the<br />
198