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 THREE<br />
With a tailwind component, the aircraft will crab vertically (down) into the wind, creating<br />
slightly more of a steep dive than what the Velocity Vector is indicating.<br />
Figure 3-7 Tailwind Component<br />
This is one reason why a headwind causes a shallow and a tailwind causes a steep. The pipper<br />
seeks the Offset Aim Point in all cases.<br />
Yaw<br />
A skid or sideslip can also affect the trajectory of the weapon by causing a false sight picture.<br />
Unless the ball is centered (balanced flight), the aircraft will not be moving in the direction the<br />
pipper is looking. So, if the ball is out to the right (the aircraft yawing to the left) when you<br />
release a bomb with the pipper on the target, your hit will be to the right of the target.<br />
Remember, when we release the bomb from our aircraft, we are imparting the Velocity Vector to<br />
the bomb. Minus some negligible winds between release altitude and the target, the bomb will<br />
travel where the Velocity Vector is pointed, just that it falls below it due to drag/gravity (i.e.<br />
trajectory drop). In contrast to bombs, which depend on the aircraft for their velocity, forwardfiring<br />
ordnance tends to travel initially in the direction it was fired, even in unbalanced flight.<br />
How this principle can be applied for correction with rockets will be discussed later in this<br />
section.<br />
<strong>WEAPONS</strong> DELIVERY THEORY AND PRINCIPLES 3-7