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FLIGHT TRAINING INSTRUCTION T-45 WEAPONS/STRIKE - Cnatra

FLIGHT TRAINING INSTRUCTION T-45 WEAPONS/STRIKE - Cnatra

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T-<strong>45</strong> <strong>WEAPONS</strong>/<strong>STRIKE</strong> CHAPTER EIGHT<br />

Tracking Techniques<br />

Tracking techniques are like opinions and you know what they say about opinions. Everyone’s<br />

got one. There are many different ways you can get to release altitude, on parameters, release<br />

the weapon and have it impact the target.<br />

By definition, a tracking technique is a means by which an aircraft obtains a weapons release<br />

solution at the planned release altitude; or, more simply, how we get from roll-in to weapons<br />

release.<br />

Take trust in the fact there are MANY types and variants of tracking techniques used throughout<br />

the world today. They will vary between Service and Fleet, Service to Service, and Country to<br />

Country. We will introduce to you one basic technique for you to master, then, possibly, expose<br />

you to some advanced techniques to put into your “bag of tricks” so you can use them when the<br />

situation warrants their use. In the aircraft, we teach the most widely used technique which is<br />

straight path tracking. However, once again, you may be exposed to two or three in the sim.<br />

The first technique, which is arguably the easiest technique of all, is called the Straight Path<br />

technique. The second technique is Curvilinear to Straight Path technique. There is a third<br />

technique, which is an advanced technique, called “Harp Angle Bombing” which combines the<br />

use of both Straight Path and Curvilinear to Straight Path techniques. You need to understand<br />

you must walk before you run so we’ll concentrate on the first two basic techniques.<br />

Straight Path tracking is maintaining a specific Flight Path Angle from roll-out to release. In the<br />

T-<strong>45</strong>C, upon initial roll-out on the target, the Velocity Vector placed a number of degrees above<br />

the target and the resultant Flight Path Angle is maintained all the way to release. In theory, if<br />

you roll-in with minimal altitude loss, setting the correct measurement above the target initially<br />

will lead to the target being accurately depressed at checkpoint and the pipper on the aimpoint at<br />

release altitude. The aircraft is taking one straight flight path all the way down the dive.<br />

Curvilinear to Straight Path tracking is where the checkpoint Target Placement Angle is set upon<br />

initial roll-out, a constant slight bunt is maintained to keep the TPA sight picture constant from<br />

roll-out to checkpoint. At the checkpoint, the bunting stops and the resultant Flight Path Angle is<br />

then maintained from checkpoint to release. This is called a compound technique because it calls<br />

for two types of maneuvers during the run. It has validity for use.<br />

The only Fleet which still teaches Curvilinear to Straight Path is the AV-8B Harrier, and they<br />

only use it on undesignated deliveries. The rest of the time, everyone utilizes a straight path<br />

variation. For that reason, we concentrate on Straight Path Tracking in the T-<strong>45</strong>C.<br />

Straight Path Tracking<br />

This is the foundation of most techniques out there and is the easiest of all the methods to<br />

initially grasp and develop your HUD scan.<br />

DELIVERY PROCEDURES AND TRACKING TECHNIQUES 8-21

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