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Fighter Combat - Tactics and Maneuvering

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108 ONE-VERSUS-ONE MANEUVERING, SIMILAR AIRCRAFT<br />

adversary should be well below vertical-maneuvering speed. If the bogey<br />

pulls sharply up in response, the energy fighter pilot should continue a<br />

zoom climb. In this case his greater energy should allow him to top out<br />

higher than his opponent, providing vertical separation for an attack as the<br />

bogey pilot is forced to level off or to dive (Figure 2-15).<br />

When your opponent lunges at you . . . feign weakness. When the opponent<br />

has come in quite close, suddenly increase the distance by backing . . . away.<br />

Come in forcibly . . . <strong>and</strong> win as the opponent shows signs of slacking.<br />

Miyamoto Musashi<br />

A nose-to-nose turn series was described here because this maneuver<br />

makes it easier to keep sight of the opponent. Particularly as the bogey<br />

gains more angular advantage, nose-to-tail turns can result in lengthy<br />

blind periods after each pass. Another complication with nose-to-tail turns<br />

(illustrated in Figure 3-5) is that a faster-turning opponent will complete<br />

his turn, time "3" (i.e., point his nose in the general direction of the energy<br />

fighter again), at greater range. This separation allows him to accelerate<br />

without turning for some time before he is required to begin a lead turn to<br />

achieve maximum angular advantage over the energy fighter at the next<br />

pass. The period of acceleration <strong>and</strong> greater aircraft separation distances<br />

make it more difficult to judge the bogey's relative energy.<br />

In cases where maintaining sight of the opponent is not considered to be<br />

a problem, a nose-to-tail turn series is actually superior to the nose-to-nose<br />

technique for the purposes of bleeding the bogey's energy. Once the bogey<br />

pilot has reduced his speed <strong>and</strong> turn radius slightly by making an initial<br />

hard nose-to-nose turn, he can attain further angular gains without pulling<br />

so hard on subsequent turns—<strong>and</strong> reduced bogey G results in less energy<br />

bleed. Nose-to-tail turns, however, require the bogey to continue at a<br />

greater turn rate throughout the maneuver, turning hard <strong>and</strong> bleeding<br />

energy for every degree of advantage. Even if the bogey pulls the same load<br />

Figure 3-5. Nose-to-Tail Turn Complications

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