Real-time calculations provide instant range estimation and ballistics calculation to get you on target fast. The simple interface allows for one handed operation and eliminates any need to manually type any measurements to range a target.
Complete, detailed user manual for iPhone and iPad available at www. Features: Kestrel DROP wireless data logger integration automatically updates atmospheric conditions. Optics, and Vortex Optics. Two modes of Range input: Calculate range from target size and sub tension - allows you to estimate range to targets at unknown distances and Direct range input for known distance targets.
Real-time solution information. Support for variable BC information. Ballistics graph Elevation, Velocity, Energy. Reticle Drop Chart. Adjusts for atmospheric conditions for current and zero conditions Density Altitude or Altitude, Pressure, Temperature and Humidity.
Use GPS location to set current atmospheric conditions. Fast range estimation. Moving target lead calculation. Correction for coriolis effect. Correction for spin drift. Optimum point blank zero calculation.
Point blank range calculation. Target size presets. Second focal plane scope support. Three ways to input line of sight angle Angle in degrees, Cosine of angle, Automatic using device accelerometer.
Fast target speed adjustment. Target speed presets. Training mode practice your range estimation skills. Point of impact indicator. Bullet drop compensation display. How much good does the yard data really do anyone? The second thing one notices is that linear interpolation does not work. Suppose one has been given data in yard increments and one has determined that the range is yards.
By interpolating between 2. Now consider the following chart: It is the same data as above, but expressed in minutes of angle rather than inches. For example: At yards So we see that it is a mistake to us a linear technique to interpolate data in inches, which are really quite curved, when one should interpolate the data in MOA, which are quite straight.
But, because Mildot Enterprises prints their chart in inches of drop, it is natural for the user to interpolate the chart, that is, to insert the unmentioned fifth step after step three, when he has found the bullet drop in inches, not after step four, when he has found the MOA holdover. The Aguilar System for Medium Range Sniping goes directly from the input data, apparent size of the target in mills, to the output data, holdover in mills.
No inaccuracies are introduced because there are only two steps: Measuring an object of known height and holding over on the target. For more accuracy, one can hold halfway between two mill-dots. You might get dirt in the muzzle. Even after the shooter has gone through the range calculation procedure, the amount of bullet drop or wind drift applicable to that range must now be applied to the sight picture to enable a hit on the target.
Either the scope must be adjusted or the sight picture "held over", which necessitates a second series of calculations to translate the needed amount of correction into a scope adjustment or hold-over figure for that range and load. Aside from the possibility of errors occurring during these calculations, the time involved in such calculations can prove problematic in certain scenarios, such as military or police counter-sniping operations, timed competitive target-shooting events, or hunting situations.
Mildot Enterprises P. Box Oak Ridge, TN Mildot Enterprises was founded by Bruce Robinson. All Rights Reserved. About Us. Buy Now.
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