How does the guidance system respond to crosswinds?

How does the guidance system respond to crosswinds?

• A. The missile ignores wind drift.
• B. The missile's control fins and guidance electronics adjust the flight path to compensate for wind drift.
• C. The missile uses autopilot to hold altitude with no drift.
• D. The operator must override to adjust for drift.

Answer: (B)

Crosswinds push the missile off its intended path, so the guidance system automatically counters that drift. The onboard guidance electronics constantly monitor the missile’s actual flight path and compare it to the desired path. When a deviation is detected, the control fins move to generate the necessary lateral steering, and the autopilot coordinates these movements to steer the missile back onto course. This combination of sensors, guidance logic, and controllable fins keeps the flight path on target without needing manual input. In other words, wind drift is actively compensated, not ignored, and not left to the operator to fix.

Crosswinds push the missile off its intended path, so the guidance system automatically counters that drift. The onboard guidance electronics constantly monitor the missile’s actual flight path and compare it to the desired path. When a deviation is detected, the control fins move to generate the necessary lateral steering, and the autopilot coordinates these movements to steer the missile back onto course. This combination of sensors, guidance logic, and controllable fins keeps the flight path on target without needing manual input. In other words, wind drift is actively compensated, not ignored, and not left to the operator to fix.