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Mildot Master
Mildot Master

Mildot Master

Product ID : 1609982
4.8 out of 5 stars


Galleon Product ID 1609982
UPC / ISBN 700112804335
Shipping Weight 0.22 lbs
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Model N23YD-345
Manufacturer Mildot Enterprises
Shipping Dimension 8.5 x 5.35 x 0.47 inches
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Mildot Master Features

  • No conversion of estimated target size from inches into decimal equivalent of yards is necessary, as the Target Size Scale is in increments of feet and inches.

  • No entry of data or operations through a keypad is necessary, as the device is purely analog and only requires the alignment of figures on scales.

  • No memorization of formulae is necessary, as the correct formulae are built into the scales.

  • No complex calculations for determination of telescopic sight adjustment or hold-over at various ranges are necessary, as the scales of the device convert drop/drift figures directly into both MOA and mils.

  • No separate data sheet is necessary for bullet drop figures, as the reverse side of the device is designed to accommodate either commercially available data decals or user-produced data strips.


About Mildot Master

The Mildot Master is an analog calculator designed along the principle of a slide rule, utilizing logarithmic and inverse logarithmic scales developed specifically for performing the following operations: Rapid and simple calculation of range to target, based on a measurement of the target with a mildot reticle, by aligning the estimated target size directly opposite the mildot measurement, and then reading the range at an index mark. Rapid and simple calculation of the amount of sight correction necessary to compensate for bullet drop and/or wind drift for a given range, enabling the shooter to determine either the equivalent telescopic sight adjustment (minute-of-angle, or MOA) or the equivalent hold-over (mils), by reading equivalents in both MOA and mils directly opposite the bullet drop/wind drift figure. Additionally, angle of fire for uphill or downhill shots can be accurately measured, and the up/down compensation can be closely calculated to reduce the errors such shots can induce.