FLIGHT TRAINING INSTRUCTION T-45 WEAPONS/STRIKE - Cnatra
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 />
still be required to correct for lateral drift, however, those required corrections can be smoother<br />
(compared to the ratcheting of iron sight bombing) and less pronounced. In essence, we really<br />
are bombing in CCIP, but utilizing the Manual Sight Angle (pipper) to emphasize the importance<br />
of parameters at weapon release.<br />
First, well look at a no crosswind component HUD picture, then we’ll look at a tracking run with<br />
a direct crosswind.<br />
No Crosswind Component<br />
Here is an example of a no crosswind component tracking run. The wind is calm. You can see<br />
in this situation the pipper and Velocity Vector / pitch ladders all line up.<br />
If you drew an imaginary plumb line below the Velocity Vector (as shown), you will see they all<br />
line up. Also, you will see the target ever so slightly left of the imaginary plumb line. We need<br />
to smoothly fly the aircraft slightly to the left to have the target directly below the Velocity<br />
Vector.<br />
If we just continued this run, our hits will fall somewhere along the plumb line. How short or<br />
how long along this line will be determined by airspeed, altitude, and pipper placement.<br />
Figure 8-31 No Crosswind Component<br />
With Crosswind Component (OAP: 170’ @ 9:00)<br />
Here is an example of what a direct crosswind looks like. The wind is 90 degrees off, left to<br />
right, at 15 knots. Our Offset Aim Point is calculated to be 170 feet at 9 o’clock.<br />
DELIVERY PROCEDURES AND TRACKING TECHNIQUES 8-31