What can be used to estimate the next FOV if you're stepping in on a target?

• A. The flight plan map
• B. The brackets on the HUD graphics
• C. The target designation on the wing
• D. The altitude readout

Answer: (C)

FOV changes are about how much of the scene you can see as you move, and a stable, real-world cue tied to the target gives you a reliable way to predict that change. The target designation on the wing acts as that anchor: it’s a fixed reference that lines up with where your system is aiming, so you can gauge, even as you close in, how the target will drift through your field of view. By comparing the wing designation to what you see on the display, you can estimate whether you’ll still have the target in view as you reduce range.

Altitude readout doesn’t tell you anything about how wide your sensor or gaze is at a given moment, and HUD brackets and a flight plan map aren’t direct predictive cues for how the view will tighten with distance. The wing’s target designation provides the most actionable cue for anticipating the next FOV as you step in on the target.