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Fighter Combat - Tactics and Maneuvering

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80 BASIC FIGHTER MANEUVERS<br />

In case 2 the fighters again start abeam, but initial separation in this<br />

instance is considerably greater than the larger of the two turn radii, <strong>and</strong><br />

less than the larger turn diameter. (This is also the situation in Figure 2-12.)<br />

Here more turning is required, but still the tighter-turning attacker gains a<br />

nice bite by time "3." In this situation both radius <strong>and</strong> relative speeds play<br />

a role, but radius is the dominant factor.<br />

Case 3 begins with even greater initial separation, this time exceeding<br />

the larger turn diameter. Here the tighter-turning fighter is unable to<br />

generate significant flight-path separation <strong>and</strong> can gain only a very small<br />

angular advantage at time "3." Relative speeds contribute essentially<br />

nothing in this situation, <strong>and</strong> a fighter must have a tighter radius to gain<br />

any advantage at all.<br />

Figure 2-14 illustrates the effects of turn performance on nose-to-tail<br />

maneuvers. In case 1 the two aircraft have identical turn rates, but the<br />

attacker has a much smaller radius of turn. From a neutral start at time<br />

"1," the fighters maintain their neutrality throughout the maneuver to<br />

time "3," <strong>and</strong> if their paths were continued, the opponents would meet<br />

again at their original positions. In this situation a turn-radius advantage<br />

did not benefit the attacker, as it did in the nose-to-nose case. The attacker<br />

could have gained an advantage, however, if he had chosen to employ a lead<br />

turn prior to meeting at time "1," as discussed earlier.<br />

In case 2 the two fighters have the same turn radii, but the attacker has a<br />

considerable turn-rate advantage. Note that this situation results in an<br />

offensive position advantage by time "3." It is, therefore, primarily turn<br />

rate that produces advantage in nose-to-tail maneuvers; however, a radius<br />

advantage is also of some benefit as flight-path separation at the pass<br />

increases. With greater flight-path separation at the pass, a reduced radius<br />

can result in a larger advantage because of lead-turn possibilities.<br />

When planning to use a nose-to-tail turn, the pilot of the better-turning<br />

fighter should try to gain some flight-path separation with the bogey, in the<br />

CASE 1 CASE 2<br />

DEFENDER<br />

Figure 2-14. Turn-Performance Effects on Nose-to-Tail Turns

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