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Fighter Combat - Tactics and Maneuvering

Fighter Combat - Tactics and Maneuvering

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ONE-VERSUS-ONE MANEUVERING, DISSIMILAR AIRCRAFT 143<br />

nearly equal in energy to the high-T/W fighter at the beginning of the fight.<br />

Since the low-wing-loaded fighter is likely to have lower maximum speed<br />

capability, some height advantage is desirable at the pass to help ensure<br />

energy parity. Practical considerations such as visibility <strong>and</strong> weaponssystem<br />

performance, however, may prevent use of this technique.<br />

Another consideration is the performance superiority of the low-wingloaded<br />

fighter at slow speeds. For example, its best climb speed, best<br />

sustained-turn speeds, <strong>and</strong> minimum vertical-maneuvering speed all are<br />

probably lower than those of its high-wing-loaded adversary. This slowspeed<br />

efficiency improves relative performance in nose-to-nose turn situations.<br />

The angles fighter also may have some sustained-turn-rate advantage,<br />

which would enable it to make angular gains in nose-to-tail turns<br />

with little relative energy sacrifice, but this process would be very slow<br />

<strong>and</strong> is definitely inferior to the nose-to-nose technique.<br />

On individual combat tactics, aggressiveness is the keynote of success.<br />

. . . The enemy on the defensive gives you the advantage, as he is trying to<br />

evade you, <strong>and</strong> not to shoot you down.<br />

Major Thomas B. "Tommy" McGuire, USAAF<br />

In approaching the initial pass, the angles fighter should attempt to<br />

generate some flight-path separation for a lead turn, as shown in Figure 3-1.<br />

Turn-performance superiority should provide the low-wing-loaded fighter<br />

with some angular advantage at the pass. If the bogey continues straight<br />

ahead or turns away from the attack to set up a nose-to-nose condition, the<br />

angles fighter should continue in the original turn direction. Should the<br />

bogey turn toward the attack, however, a turn reversal is called for, as<br />

depicted in Figure 3-1. Since the pilot of the low-wing-loaded fighter does<br />

not have to optimize his turn performance to gain an advantage on the<br />

opponent, best sustained-turn-rate speed, rather than corner velocity, is<br />

normally the best engagement airspeed. Because energy is so critical for<br />

this fighter, the pilot should maneuver only as hard as necessary. Quite<br />

often small angular gains can be made in nose-to-nose situations simply by<br />

using level sustained turns.<br />

This should be an initial attack which on the surface is very forceful <strong>and</strong> fast,<br />

but which leaves you some reserve. Do not spend all your energy on your first<br />

attack.<br />

Miyamoto Musashi<br />

The rest of the angles-fight sequence shown in Figures 3-1, 3-2, <strong>and</strong> 3-3,<br />

<strong>and</strong> the discussion of these figures, applies here, as well. The high-T/W<br />

fighter may, however, achieve higher zoom-altitude advantage, preventing<br />

the angles fighter from threatening a gun shot at time "5" of Figure 3-2. In<br />

this case the tactic of hiding beneath the bogey, as shown in Figure 3-7,<br />

may be useful. Instantaneous turn performance should give the pilot of the<br />

angles fighter a sweeter snapshot, or even a tracking shot in the end-game<br />

(Figure 3-3).<br />

If the shot is missed, the bogey can usually dive away <strong>and</strong> escape even<br />

easier than it could in the similar-aircraft case, since it now has higher

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