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In November of 1961 Ron Barrett was selected for the Aviation Cadet
Program and went to James Connally AFB in Waco, Texas to become a navigator.

The demands of Aviation Cadets were 100% of the
time. Only 15 minutes a day were allowed "Free Time".
What you see here is all the cadet could have!
And all of it had to be in the right place, all the time.
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Look Sharp! Be Sharp! Barrett's class presents itself for inspection
63-06 B1, the Bad Bengal's!
I was not the best cadet, as I maxed out on demerits due to use of
bad language! Yep - you were not allowed to even swear - well that
is to be heard swearing. I spent 60 hours on the tour ramp being punished
- a worse punishment was NEVER being allowed off the base for a year!
Try that today! (click picture for enlargement)
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I enjoyed every moment around the planes. This was Armed
Forces Day, 1962, height of the cold war, and the refueling drogue
on the ground next to me was on the KC-97 (then) jet refueling - transport
aircraft.
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Ron and the new F-110 fighter in 1962. Yes it was a
F-110! later under the Robert McNamara years - redesigned the F-4.
The F-110 was the USAF version of what was a U.S. Navy - carrier fighter.
At this date the U.S. Forces were all prepped up to
be "nuclear" weapons platforms. Very little conventional
munitions existed. Viet Nam had not yet gotten our attention.
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The primary "get-you-there" navigation instrument in the
early 60's was the Kollsman D-1 sextant. Here Ron is inserting it's
periscopic tube into the sextant port in the very top (roof) of the
plane.
Ron has been active with:
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USAF navigators had to be extremely proficient at star identification
and sightings. Here Ron, "shoots" a star, or as they called
it, "takes a shot." The Nav would see only a tiny bright spot
in the dark sky background - surrounded by a ghost like halo. The ghostlike
halo was an optically superimposed view of the artificial horizon - a
bubble in the sextant. It all had to be kept aligned, after 2 minutes,
a shudder would close and the Nav would read the mechanically recorded
height (of the star) angle and then derive the line of position to be
plotted on his map. |
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