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Fighter Combat - Tactics and Maneuvering

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ONE-VERSUS-ONE MANEUVERING, SIMILAR AIRCRAFT 131<br />

After a pilot recognizes that he is at a disadvantage (<strong>and</strong> the successful<br />

fighter pilot must be able to recognize this situation), he must assess the<br />

type <strong>and</strong> magnitude of that disadvantage. An angular advantage is pretty<br />

easy to see: The fighter that has its nose pointed closer to its opponent has<br />

the angular advantage. The magnitude of this advantage is simply the<br />

difference in the turns required by each fighter to point at the other. As<br />

explained earlier, the magnitude of this angular advantage is most easily<br />

assessed when one fighter is pointing directly at the other (its AON equals<br />

zero), since that leaves only one angle to estimate.<br />

An energy advantage can be much more difficult to recognize <strong>and</strong> assess<br />

than an angular advantage. An energy advantage can be in the form of<br />

excess speed, altitude, or both. An altitude advantage is easy to see, but<br />

determining a total energy advantage can be difficult because of possible<br />

speed differences between fighters. Particularly in slow-speed situations,<br />

however, the higher aircraft must be assumed to have an energy margin<br />

unless the pilot of the lower fighter has some reason to believe his aircraft<br />

is significantly faster. Speed differences can be very difficult to determine.<br />

Probably the most effective method of assessment is for the pilot to<br />

observe the bogey's maneuvers in relation to his own, as explained in<br />

conjunction with energy tactics. With similar aircraft, the one that turns<br />

hardest bleeds the most airspeed, etc. When the fighters are below corner<br />

speed, instantaneous turn rate can be a good indication, since the faster<br />

fighter will generally turn faster. Nose-to-nose turns provide perhaps the<br />

best measure of relative speed. In this situation, unless one fighter has a<br />

significant angular advantage, a faster opponent will appear to move forward<br />

along the horizon, <strong>and</strong> vice versa. In addition, when similar fighters<br />

are maneuvering at near their maximum capabilities, the slower one will<br />

normally remain inside the flight path of the faster aircraft in nose-to-nose<br />

turns.<br />

Unfortunately, when he is taken by surprise, the pilot may not have the<br />

luxury of making a safe, quick energy comparison. Probably the surest<br />

method is an immediate zoom climb to zero airspeed. Then, assuming the<br />

bogey does likewise, the fighter that tops out highest has the most energy<br />

(i.e., all energy is converted to altitude, where differences are readily<br />

apparent). A zooming contest is not wise, however, if a pilot is unsure of<br />

his relative energy state, since he will be in serious trouble at the top if he<br />

falls off first.<br />

A MiG at your six is better than no MiG at all.<br />

Unknown U.S. <strong>Fighter</strong> Pilot<br />

<strong>Maneuvering</strong> with an Angular Disadvantage<br />

The first point for a pilot to remember when he is at a disadvantage of any<br />

kind is to avoid panicking. It's never too late for a fighter pilot until he's<br />

dead, <strong>and</strong> then he won't care anyway. Very few good moves are generated<br />

in panic, so careful, deliberate maneuvering is in order. Secondly, the<br />

defensive pilot should not attempt to go directly from the defense to the<br />

offense. The first goal should be to regain neutrality without being shot. At

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