When the observed round lands 10 mils to the right at 2200 meters, which deviation correction is not sent?

When the observed round lands 10 mils to the right at 2200 meters, which deviation correction is not sent?

• A. No deviation correction sent
• B. Right 10 mils
• C. Left 10 mils
• D. Add 10 mils

Answer: (A)

Deviation corrections tell the firing unit how to shift aim laterally so future rounds land closer to the target. If the impact is 10 mils to the right, the usual corrective action would move the deflection left for the next round. In this scenario, the test is asking which deviation correction is not sent, and the best choice reflects not transmitting a lateral correction in this particular moment. The other options would imply moving the shot further right or giving a corrective instruction that doesn’t fit this context, whereas choosing to send no deviation correction means no lateral adjustment is communicated in this step. Remember, the direction of the observed deviation guides the correct corrective action, and not sending a lateral deviation correction is appropriate in this specific case.

Deviation corrections tell the firing unit how to shift aim laterally so future rounds land closer to the target. If the impact is 10 mils to the right, the usual corrective action would move the deflection left for the next round. In this scenario, the test is asking which deviation correction is not sent, and the best choice reflects not transmitting a lateral correction in this particular moment. The other options would imply moving the shot further right or giving a corrective instruction that doesn’t fit this context, whereas choosing to send no deviation correction means no lateral adjustment is communicated in this step. Remember, the direction of the observed deviation guides the correct corrective action, and not sending a lateral deviation correction is appropriate in this specific case.