When adjusting for deviation, which distance can be used according to the refinement process?

In the context of adjusting for deviation during a call for fire, the refinement process allows for more precise targeting adjustments that can improve the accuracy of artillery strikes. When it comes to determining the appropriate distance to adjust, the standard practice is to make adjustments that are relatively small compared to the overall range.

Adjusting for deviation by a distance of less than 30 meters allows for more precise corrections based on observed impacts. This level of adjustment takes into account the need for fine-tuning without overshooting the target. Making adjustments in such small increments supports the overall goal of aligning fire effects more accurately with the intended target, thereby increasing the likelihood of achieving the desired impact on target while minimizing the risk of collateral damage.

In contrast, larger adjustments might overshoot or miss the target, thereby risking less effective fire support. Such practices emphasize the importance of maintaining accuracy and effectiveness in call for fire scenarios. Hence, using a distance less than 30 meters is appropriate for fine adjustments in deviation.