here, sir,” U.S. Air Force Colonel Warner “Cutlass” Cuthbert remarked. The former B-1B Lancer and B-2A Spirit pilot and bomber wing commander was a short, balding, barrel-chested man, with bright green eyes and a quick smile that Patrick McLanahan knew could turn into a scowl or a bark in the blink of an eye. Cuthbert was commander of the First Expeditionary Bomber Wing at Andersen Air Force Base on the island of Guam, so the hot summertime air in the high desert of north-central Nevada didn’t bother him in the least. “They’re beauties.”
“Thank you, Cutlass,” Patrick said. He nodded toward an F-111G Aardvark supersonic bomber, surrounded by scaffolding. “The ’Vark is pretty torn up or I’d take you for a look inside.”
“No worries—I’ve seen plenty of ’Varks in my day, sir,” Cuthbert said. “Are you sticking that mission-adaptive wing on that one?”
“Actually, we’re not,” Patrick said, “although we certainly can.” The mission-adaptive wing technology, pioneered by Sky Masters Inc., used tiny computer-controlled actuators on the fuselage and wings, in essence making every surface on the aircraft either a lift or drag device and greatly improving both high- and low-speed performance. They had successfully put mission-adaptive technology in a variety of aircraft, vessels, and even race cars. “But that one is still a swing-wing. We’re putting in a few electronic displays, the active electronically scanned array radar, upgraded engines, and the pilot-optional stuff, but it’s pretty much stock.”
“Nice looking Tomcat, too,” Cuthbert commented as they walked down the flight line toward one of the main hangars, referring to an F-14A Tomcat carrier-based fighter parked beside the F-111. “What did you do to it?”
“Again, not much,” Patrick said. “We put the General Electric–Rolls-Royce F136 engines in this particular bird because we got such a good deal for a quantity of them.”
“I’ll bet you did,” Cuthbert said. “Canceling the alternate engine for the F-35 fighter back in 2011 could have been a disaster for the company.” The F136 engine was a dual-source alternative for the F135 primary engine on the F-35-series fighter-bomber, proposed in order to make engines available in case of a major conflict. When the F136 engine was canceled, thousands of workers on two continents lost their jobs virtually overnight. There was talk of the whole branch of the company going down because of it . . .
. . . until one Patrick McLanahan in an obscure little airport in northern Nevada put in a purchase order for several of them.
“They gave us a sweet deal for top-of-the-line power plants—it was a win-win scenario all around,” Patrick said. “Turns out they are real superstars—we get some excellent performance numbers. We have a couple other refurbished planes where we kept the General Electric F110 engines, and they work well, but not as good as the F-35 Lightnings or F/A-18 Super Hornets. We beefed up the structure, put in AESA, a few more electronic displays, the pilot-optional stuff, of course—that’s about it. We can go take her for a spin if you’d like.”
“I like, sir,” Cuthbert said, “but I’m short on time. If you didn’t live way the hell out in the boonies, I’d have more time to play. So, the proposal submitted to the Air Force said this project is in support of the AirSea Battle concept. You should know, sir, that AirSea Battle hasn’t been implemented because we don’t have a large enough air component—there aren’t enough long-range platforms to support a carrier battle group.”
As commander of the First Expeditionary Bomb Wing at Andersen Air Force Base, Cuthbert was responsible for organizing, training, and supporting the Continuous Bomber Presence for Pacific Air Force, a program that rotated the Air Force’s few remaining long-range bombers to Guam for six-month stints. The few B-52H Stratofortresses, B-1B Lancers,
“Thank you, Cutlass,” Patrick said. He nodded toward an F-111G Aardvark supersonic bomber, surrounded by scaffolding. “The ’Vark is pretty torn up or I’d take you for a look inside.”
“No worries—I’ve seen plenty of ’Varks in my day, sir,” Cuthbert said. “Are you sticking that mission-adaptive wing on that one?”
“Actually, we’re not,” Patrick said, “although we certainly can.” The mission-adaptive wing technology, pioneered by Sky Masters Inc., used tiny computer-controlled actuators on the fuselage and wings, in essence making every surface on the aircraft either a lift or drag device and greatly improving both high- and low-speed performance. They had successfully put mission-adaptive technology in a variety of aircraft, vessels, and even race cars. “But that one is still a swing-wing. We’re putting in a few electronic displays, the active electronically scanned array radar, upgraded engines, and the pilot-optional stuff, but it’s pretty much stock.”
“Nice looking Tomcat, too,” Cuthbert commented as they walked down the flight line toward one of the main hangars, referring to an F-14A Tomcat carrier-based fighter parked beside the F-111. “What did you do to it?”
“Again, not much,” Patrick said. “We put the General Electric–Rolls-Royce F136 engines in this particular bird because we got such a good deal for a quantity of them.”
“I’ll bet you did,” Cuthbert said. “Canceling the alternate engine for the F-35 fighter back in 2011 could have been a disaster for the company.” The F136 engine was a dual-source alternative for the F135 primary engine on the F-35-series fighter-bomber, proposed in order to make engines available in case of a major conflict. When the F136 engine was canceled, thousands of workers on two continents lost their jobs virtually overnight. There was talk of the whole branch of the company going down because of it . . .
. . . until one Patrick McLanahan in an obscure little airport in northern Nevada put in a purchase order for several of them.
“They gave us a sweet deal for top-of-the-line power plants—it was a win-win scenario all around,” Patrick said. “Turns out they are real superstars—we get some excellent performance numbers. We have a couple other refurbished planes where we kept the General Electric F110 engines, and they work well, but not as good as the F-35 Lightnings or F/A-18 Super Hornets. We beefed up the structure, put in AESA, a few more electronic displays, the pilot-optional stuff, of course—that’s about it. We can go take her for a spin if you’d like.”
“I like, sir,” Cuthbert said, “but I’m short on time. If you didn’t live way the hell out in the boonies, I’d have more time to play. So, the proposal submitted to the Air Force said this project is in support of the AirSea Battle concept. You should know, sir, that AirSea Battle hasn’t been implemented because we don’t have a large enough air component—there aren’t enough long-range platforms to support a carrier battle group.”
As commander of the First Expeditionary Bomb Wing at Andersen Air Force Base, Cuthbert was responsible for organizing, training, and supporting the Continuous Bomber Presence for Pacific Air Force, a program that rotated the Air Force’s few remaining long-range bombers to Guam for six-month stints. The few B-52H Stratofortresses, B-1B Lancers,
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