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Monday, May 14, 2001

There's a 'mechanical symphony' behind
Operation Northern Watch's aircraft

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Terry Boyd/ Stars and Stripes

Sr. Airman Joe "Red" Sedlacek holds on to the nose of an F-16C while Staff Sgt. Terry Taylor crouches. Both 77th Fighter Squadron maintainers were making final inspections before pilot Capt. Tom Seymour was to fly an Operation Northern Watch mission.

INCIRLIK AB, Turkey — As warplanes have evolved from piston-powered box kites into technological marvels, the process of getting them into the air and back down again has changed a great deal, too.

It takes perhaps 50 people to maintain, launch and recover one Operation Northern Watch plane, says Maj. Kevin Kilpatrick, who commands the 77th Fighter Squadron maintainers. That means the work of maybe 2,000 people goes into launching the 40 planes that typically make up an ONW “package” of Airborne Warning and Control Systems (AWACs), F-16s, F-15s, electronic intelligence planes, refuelers and British Jaguar reconnaissance planes.

That army of Air Force people includes everyone from the omnipotent conductors of this massive mechanical symphony, the production known as “pro-supers,” to the guys who load the radar-fooling, missile-eluding chafe and flares.

If you break it down into a day in the life of an ONW plane, the plane’s day begins three hours before — and ends long after — the pilot’s drive home, if it truly ends at all.

During a flying day last month before a mission, 77th Mechanics arrived at their maintenance hangars in the dark at 6 a.m. They signed out tool kits, and set to inspect and repair their F-16CJs.

Maintainers Senior Airman Joe “Red” Sedlacek, 21, and Staff Sgt. Terry Taylor, 28, worked for three hours on multiple inspections, looking for leaks and setting up the cockpit. As they worked, other airmen paced Incirlik’s tarmacs, intently staring at the ground, looking for debris. Even a tiny piece of discarded plastic or metal can wreak havoc on a fighter plane’s engine. It’s easy to see how. With the right backlight and early-morning humidity, you can see an F-16 sucking a slender vortex of air directly off the ground into its massive intake cowling.

Capt. Tom Seymour showed up at about 9:30 a.m. He then did his own pre-flight inspection of the plane and its maintenance records, which lasts another half-hour.

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Terry Boyd/ Stars and Stripes

Senior Airman Chip Davis looks into the underside of an F-15E while doing "phase," or intensive, maintenance.

At about 10 a.m., Taylor helped Seymour get belted into the cockpit. After Seymour lighted his General Electric engine, Sedlacek jumped up to inspect the top wing surfaces of the jet. He dashed from landing gear to engine, examining the jet. He ran under the jet’s exhaust.

Meanwhile, Taylor plugged his headset into the plane to check with Seymour about any last-minute problems.

Once in the cockpit, Seymour sat through what must seem like an interminable wait. But the interval provided time for redundant checks on the entire 40-plane package. Time to check radios. Time to check weapons systems. Time so that pro-supers can summon specialists at the last minute.

If a landing gear tire goes flat, for example, maintainers can jack up a 37,000-pound F-16 and change it in 10 minutes.

“We’ve been known to change a tire faster than NASCAR,” Sedlacek said.

At about 10:30 a.m., after a series of indecipherable hand signals from Sedlacek, Seymour coaxed the plane into Turkey’s dazzling sunlight, as did five other F-16 pilots in surrounding hangars.

Outside, pro-supers in vans circulated among Incirlik’s reinforced hangars, waiting for something to go wrong with the planes idling inside.

“If they were on foot, they’d be nervously pacing,” Kilpatrick said.

Pro-supers, who are master sergeants, can summon other vans full of specialists should any system — hydraulics, electronics, weapons, communications — act up before planes taxi to the runway.

Finally, at almost 11 a.m., Sedlacek saluted Seymour, the signal to proceed to the runway. At stations on the way to the runway, a series of electronic boxes and gadgets checked the plane’s weapons and its detection systems, including the electronic signals that allow U.S. pilots to tell friend from foe.

Seymour’s F-16CJ merged into a maelstrom of jets creeping into place, waiting for their turn to fly toward Iraq. While Seymour sat, more airmen — third, fourth and fifth sets of eyes — inspected every inch of his plane, then armed his missiles.

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Terry Boyd/ Stars and Stripes

Sr. Airman Joe "Red" Sedlacek is silhouetted against the business end of an F-16C - HARM anti-radar missile.

Then off he went, rising off the runway, then banking gently until he was out of sight.

When his flight of six F-16s was gone, a dozen F-15s chased them into the air, with EA-6B Prowlers replacing the fighters. Then A-10 Thunderbolts replaced them, and so on, in what might be the most expensive traffic jam on Earth.

If you were crazy enough to take off your headset and pull out your earplugs, you would feel the noise more than hear it. The energy of full-bore fighter engines vibrates through you in waves of nearly unbearable intensity.

Seymour would return after 3 p.m., so fresh sets of hands retrieve the plane, then check it for problems. Minutes after the F-16 lands, Staff Sgt. Scott McCormack crawled inside its engine cowling to check the still hot jet blades for nicks.

To get the plane back into the hangar, the process requires:

  • A tow supervisor, who must be a staff sergeant or above, to actually oversee moving the plane back into place.

  • A wing walker, who makes certain the wings don’t bump into the hangar walls.

  • A tail walker, who makes certain that the rear of the plane gets safely into the hangar.

  • A brake rider, who sits in the cockpit with his foot on the brake. This is usually the pilot, though the pilot can turn the job over to a maintainer.

  • A tow driver who drives the tow vehicle.

Later, sometime in the middle of the night and at least 12 hours before the cycle begins again, technicians come in to refuel the plane, and service the pilot’s oxygen system and the fire suppression system.

Arms folded, Kilpatrick calmly monitors a process he’s seen a thousand times before and will see a thousand more. But he still seems amazed that kids who easily could be flipping hamburgers back home have the nerve-fraying responsibility of $40 million and $50 million planes.

“It’s not as easy as working at McDonald’s,” Kilpatrick shouts over the noise. “But this is a hell of a lot more exciting than working at McDonald’s!”

THE OPERATION NORTHERN WATCH SERIES:
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