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Following that cheerful interlude, I went off to the primary F-16 Replacement<br />
Training Unit. This was located, thank God, in beautifully sunny Phoenix, Arizona.<br />
Oklahoma had left me culturally starved and Washington gave me frostbitten<br />
testicles, so Luke Air Force Base was nearly heaven. After packing everything into<br />
a blue Stingray (I obviously didn’t own much), I showed up at Luke’s main gate<br />
thawed out and, again, very full of myself. I got over that quickly.<br />
At that time, the F-16 was only nine years old; the newest and hottest fighter in<br />
the U.S. inventory. Incidentally, only the uninitiated call it a “Fighting Falcon.”<br />
Everyone else calls it a “<strong>Viper</strong>,” because (a) it looks snakelike when viewed from<br />
the front, or (b) it resembles the fighter from the old Battlestar Galactica TV<br />
series. Or both—take your pick.<br />
Fielded in 1979 as a lightweight, daytime jet, the <strong>Viper</strong> quickly showed itself to<br />
be much more capable than imagined. This was largely due to a computerized,<br />
modular concept that permitted easy expansion as technology and weapons<br />
advanced. A lethal dogfighter, the F-16 can only fly by using computers to offset its<br />
aerodynamic instability. This designed instability is like starting a fistfight with your<br />
first swing nearly complete. The <strong>Viper</strong>’s engine is tremendously powerful and,<br />
coupled with the jet’s small size, it produces greater thrust than the fighter’s weight.<br />
Because of this power, the F-16 can sustain nine-G flight, which means it could<br />
outmaneuver any threat in the world. The F-16 also uses electronic signals, instead<br />
of conventional cables, to move the flight controls. This fly-by-wire system<br />
compensates against the instability and helps the pilot physically fly under<br />
sustained Gs. As mentioned, this is always potentially deadly to the pilot, as the<br />
sheer force of high Gs drains blood from the head, can snap cartilage and tear<br />
muscle.<br />
For the next eight months, I learned how to dogfight with another jet at 500<br />
miles per hour. The pain of pulling eight to nine times the force of gravity became a<br />
daily event. I learned how to fight as a pair and as two pairs. We slowly qualified in<br />
employing each type of weapon the F-16 could carry. General Purpose bombs, airto-ground<br />
missiles, air-to-air missiles, and the cannon.<br />
Every conceivable emergency that could happen in an F-16 was taught,<br />
practiced in numerous simulators, and etched forever in the forefront of my mind.<br />
All the systems on the aircraft were painstakingly dissected in classroom lectures<br />
and presentations until we knew how each component of the jet functioned. A<br />
roughly $40M jet fighter traveling at 500 miles per hour with a live human inside<br />
was a valuable commodity. We were instrument rated for bad-weather flying<br />
anywhere in the world, and we also became qualified to refuel in the air.