The card is designed for shooting training at long distances, (particularly 1000 meters / yards). It is used with the same name target, which is available for self-printing. Sectors of the target are expressed in minutes of angle (MOA). A distinctive feature of the target is its good readability even in riflescopes low multiplicity as well as in a mirage or a limited ambient light. When shooting at arbitrary, but known distances, recalculation of results shall be done . Adjustments and results of each shot shall be recorded. One card allows you to make twelve of such records.

The card is designed for the training of shooting at arbitrary distances with arbitrary targets. The auxiliary grid will help you draw any target on the card and divide it into slices convenient for you.

The card is designed for shooting training at arbitrary ranges for target figure №4, which is widely used in the sports clubs and law enforcement agencies. It can be used with the same name the target (available in printable version). A distinctive feature of the target is its good readability even in riflescopes low multiplicity as well as in a mirage or a limited ambient light.

The card is designed for shooting training at arbitrary distances with sports targets №3. It can be used with the same name target (available for self printing). A distinctive feature of the target is its good readability even in riflescopes low multiplicity as well as in a mirage or a limited ambient light. Total target diameter — 500 mm, step marking sectors —25 mm.

The card is used in conjunction with targets TARGET ADJUSTMENT (although it is available for self-print we also manufacture the target for you in high quality on a special thick paper). To find the best combination of COAL and the mass of gunpowder, cartridges shall be loaded with a variety of charges and then shot. On the target, as well as on the card, it is possible to make a record of the eight groups (usually the series of three shots). COAL and gunpowder weight in each series are unique. During shooting note in the card the combination that was used for each specific target. In addition, on the front side of the card you may specify information about used parts, weather conditions, as well as the muzzle velocity for individual combinations. Measurement of weather conditions and the muzzle velocity is not required in this test because what most important is to compare the effect of COAL and charge changes exerted on the accuracy. Cards and the target should be preferably stored together.

The process of reloading ammunition implies a control over dimensions. This includes determining the total length (COAL) by selecting the depth of placement of the bullet. It is also a measurement of the sleeve neck required to adjust breakloose force for bullets. In addition, multiple reloading results in a consistent deformation of the brass cartridge cases from shot to shot, which requires control and correction. Measurement of deformations may also warn of a dangerous overpressure. This card will help collect and analyze such information.

The card will be useful for the owners of rifle scopes with reticle based on milliradian (MIL). If the distance to the target is known, the size in milliradians at a distance can be determined from the table. The values are in the range of one to ten mils. Understanding milliradian size can help make the correct offset aiming point. Meanwhile, the card is included in a standard kit but in the future it will be replaced by an updated and extended card.

This chart shows effect of a constant wind on the bullet deviation. It shows direction of deviation depending on the direction from which the wind is blowing. Exposure coefficients relative to the total power of crosswinds are also given.

This features the units of measurement that are used in shooting sports: the unit of length, weight, torque, angular units, and atmospheric ones. The value for the mutual conversion is also specified along with formulas for calculating the distance and correction using reticle. Formulas are given for different measures of length and different angular units.

Shooting at an angle to the horizon is the more different from the normal shooting the steeper an angle of target locations. Application of the normal adjustments leads to a miss. For quick corrections of the ballistic trajectory a distance with an amendment (considering a difference from the actual straight line distance to the target) shall be taken. In essence, this is the result of multiplying the distance and the cosine of the angle, which is called the "shooting rule". This method is convenient, but not accurate. More accurate would be the "improved shooting rule" as it follows: multiplying the known bullet drop at a horizontal shot (direct actual distance to the target) by the cosine of the angle of target locations. The method is good for the rifle scopes, zeroed at 100 meters / yards. Both rules are not accurate enough because they do not take into account the change in air density gradient but are quite suitable for quick application.

This card will be useful for the owners of rifle scopes with reticle based on minutes of angle (MOA). Knowing the actual size of the target and assessing the visible size in MOA on the reticle it is easy to find the probable distance to the target in the table. Please note that the measurement of the distance on the reticle is a popular but is not entirely a precise method. Depending on several conditions this method may provide error. The card includes two tables. One gives the target size in centimeters while the other in meters since the target may be represented by any landmark.

This card is more complete and advanced replacement for a similar card which is now discontinued. The card will be useful for owners of rifle scopes with reticle based on milliradian (MIL). If the distance to the target is known, a milliradian value may be determined from the table. The values are in the range of one to ten mils. Understanding milliradian size may help make the correct offset aiming point.

The card will be useful for the owners of rifle scopes with reticle based on minutes of angle (MOA). If the distance to the target is known, the MOA value may be determined from the table. The values are in the range from one to twenty MOA. They also give a value for 30 MOA. Understanding MOA value may help make the correct offset aiming point.

The shooter shall train his ability to understand the wind. The proposed card shows the scale approved by the World Meteorological Organization for an approximate estimate of wind speeds based on its impact on the environment. The original scale was developed in 1806 by the British admiral Francis Beaufort. There are special fields for your own observations. Of course, to achieve the best results possible a special device (an anemometer) should be used every time observing the wind in order to develop the ability of determining the strength of the wind one day intuitively.

Air density is an important parameter to calculate the trajectory of a bullet. Density Altitude is the Altitude in the standard atmosphere where the air density will correspond to the observed density. For us it is an opportunity to express in universal manner a set of several atmospheric characteristics through the Altitude. Various combinations of temperature and pressure can produce the same density, which is correlated with the density of a standard atmosphere (ISA). The actual Altitude may differ from the Density Altitude but it does not matter for a ballistic calculation. In practice, the use of the Density Altitude makes it possible to reduce radically the number of prepared ballistic tables. However, it is important to consider separately the effect of temperature with regards to the speed and trajectory drop.