Solution Display
Our intuitive displays allow you to combine scope clicks and holdovers with differing units (moa and mils).
our technology outputs
QUICK OFFSETS
This table is computed in order to provide a rapid picture of the vertical and horizontal drift at uniform range intervals. This is only a brief overview and is not intended to replace the Pinpoint Precision tab. The drop and drift displacements are given only at regularly spaced range intervals. Also, in the interest of speed, it uses only a moderately precise algorithm.
QUICK ANGLES
This table is computed in order to provide a rapid picture of the vertical and horizontal angular corrections needed at uniform range intervals. This is only a brief overview and is not intended to replace the Pinpoint Precision tab. The drop and drift angles are given only at regularly spaced range intervals. Also, in the interest of speed, it uses only a moderately precise algorithm.
QUICK PLOT
This screen presents a graph of the trajectory; that is the vertical drop in comparison to the downrange distance. Note that the vertical and horizontal scales are not equal. Vertical drop is exaggerated to enhance your understanding of the trajectory.
PINPOINT SOLUTION
This panel displays a complete picture of the elevation and windage corrections needed for an exact distance to the target. It takes more time to make the best use of compute resources and to assure pinpoint accuracy.
Up Next: Algorithms
A complete set of physics coupled with advanced numerical techniques make the best use of today’s floating point processors.
