Which statement is not a benefit of off-axis delivery of the JDAM?

Study for the AMMO CDC Module 6 Test. Prepare with flashcards and multiple choice questions; each question includes hints and explanations. Gear up for your exam!

Multiple Choice

Which statement is not a benefit of off-axis delivery of the JDAM?

Explanation:
Off-axis delivery changes how a bomb is released in relation to the target, not the range of targets you can engage. JDAMs use GPS/INS guidance to steer to a preplanned coordinate, so the release geometry can be varied—allowing attacks from angles where the target isn’t in line with the aircraft and enabling stand-off engagement from positions that avoid threats. However, this does not inherently increase how many different targets you can hit or how flexibly you can select or re-task targets in flight. The bomb still aims for a fixed target coordinate, so the ability to adapt to new targets or to re-prioritize in flight isn’t directly enhanced by releasing off-axis. Therefore, describing off-axis delivery as improving targeting flexibility isn’t accurate, even though it offers the other practical benefits of engaging from off-axis trajectories and from non-aligned positions.

Off-axis delivery changes how a bomb is released in relation to the target, not the range of targets you can engage. JDAMs use GPS/INS guidance to steer to a preplanned coordinate, so the release geometry can be varied—allowing attacks from angles where the target isn’t in line with the aircraft and enabling stand-off engagement from positions that avoid threats. However, this does not inherently increase how many different targets you can hit or how flexibly you can select or re-task targets in flight. The bomb still aims for a fixed target coordinate, so the ability to adapt to new targets or to re-prioritize in flight isn’t directly enhanced by releasing off-axis. Therefore, describing off-axis delivery as improving targeting flexibility isn’t accurate, even though it offers the other practical benefits of engaging from off-axis trajectories and from non-aligned positions.

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