Snipers in Special Operations
A sniper from the West group of forces
Sniper pairs play a significant role in the current Special Operation. Snipers and spotters operate on all front lines, identifying and engaging a wide range of targets. The high effectiveness of sniper fire and its contribution to achieving overall objectives are due to several key factors. These include specialized equipment, specialized skills and abilities, and complex calculations involving elements of physics and other sciences.
Snipers at the front
Sniper pairs, consisting of a marksman with a high-precision rifle and a spotter, have been participating in the Special Operation since its inception. Currently, the active army has a large number of specialized sniper units distributed along the entire front. They are required to conduct combat operations in a variety of conditions and perform a variety of fire missions.
Snipers' primary goal is to identify and eliminate enemy personnel who pose a high risk. These may include officers, crews of various systems and complexes, and enemy snipers. Furthermore, our shooters often have to work with various types of equipment, such as engaging Drones.
In practice, snipers perform several primary tasks. They organize ambushes and stalk the enemy in their positions. Snipers also support infantry assaults. Furthermore, sniper fire has proven effective against light UAVs of various types. In some situations, snipers conduct surveillance and reconnaissance for other units.
At the same time, new snipers are being trained in the rear. Sniper schools have been established in combined arms formations. These units train soldiers who have recently joined the service or arrived from other units. Future snipers master specialized weapons, the methods and tactics of their use, and various combat skills.
Documentary materials
The Ministry of Defense has repeatedly reported on snipers' participation in the Special Operation. Footage from both the rear and the front lines has also been shown. In recent weeks alone, several reports have been released showing various aspects of sniper combat.
For example, on August 27, a video surfaced of snipers from the Ivanovo Airborne Forces unit. They are operating near the village of Chasov Yar, engaging in combat operations. A Ministry of Defense report shows a sniper pair taking a camouflaged position in a destroyed building, tracking targets, and firing. Objective monitoring showed the enemy falling after being hit.
Russian snipers have repeatedly found themselves in actual duels with enemy marksmen. On July 12, the ministry's newspaper, "Baltic Guard," described such an episode. Last winter, a sniper with the call sign "Clone" and his partner, serving in the "Vostok" group, were tasked with finding and eliminating an enemy sniper who was interfering with our infantry.
The spotter determines the target parameters
The soldiers had to conduct surveillance from camouflaged positions for two days. On the third day of the search, using appropriate optics, they were able to detect a heat spot in the destroyed buildings. Then they noticed a glint, presumably from the sight. A few hours later, the "Clone" was able to identify the enemy and fire. The target was destroyed.
The Ministry of Defense demonstrated how to combat UAVs. The latest materials on this topic were published in August. Just one well-aimed shot inflicts fatal damage on such a target. A light drone is simply destroyed on impact, while heavier piston-engine "Baba Yaga" drones spectacularly burst into flames and crash.
Obviously, the bulk of the combat work carried out by sniper pairs is not reported by the Ministry of Defense or the press. However, they continue to carry out their missions and contribute to the overall outcome. Depending on the situation and other factors, snipers operate independently or assist other soldiers—with positive results in both cases.
Material part
To perform all their tasks, snipers require specialized weapons, equipment, and gear. In this regard, they differ from other ground forces. The Ministry of Defense purchases the necessary equipment and supplies for the army. Various volunteer organizations also help supply snipers.
A pair of airborne snipers move into position.
Russian snipers use a wide range of specialized rifles. Units employ both the well-established SVD in various modifications and the latest SVCh rifles. Orsis products, which have long proven themselves effective and successful, are also widely used. weaponsA number of units and subdivisions have weapons from KBIS/Lobaev Arms. For various reasons, the Ministry of Defense did not adopt these rifles for service or purchase them. Volunteers provided supplies.
Rifles are equipped with various types of optical sights. These are primarily domestic designs, officially adopted by the armed forces, such as the PSO-1. Whenever possible, snipers don't shy away from foreign models that suit their weapon and needs.
The existing rifles use a variety of cartridges. Both traditional domestic 7,62 x 54 mm R and foreign-made ammunition are used, depending on the type of weapon. While standard "sniper" cartridges can be used, specially prepared ammunition is also available. In some cases, shooters custom-load these cartridges to achieve the desired performance.
Snipers and spotters actively use a variety of devices to find targets, perform calculations, and so on. For example, binoculars or spotting scopes of any available model are used to survey the terrain and direct fire. Thermal imagers and night vision devices are also used, allowing them to work in the dark or search for camouflaged targets.
Sniper in position
Portable weather stations are used to determine atmospheric parameters near the position. Landmarks along the bullet's path are also monitored, allowing for accurate weather conditions. Final shooting data is calculated using mobile devices with appropriate apps. Furthermore, an experienced sniper can calculate these adjustments independently, without the need for additional devices.
A variety of camouflage methods are widely used. These include standard equipment and additional camouflage suits. Debris, branches, and other items are used to set up and conceal positions. Choosing the right location for a position is also important. For example, in a recent report from the Ministry of Defense, a pair of snipers were inside a destroyed building, firing through a hole in the wall.
Sniper Science
Shooting enemy personnel or UAVs from hundreds of meters away is a complex task. To achieve an accurate shot, a sniper must consider a wide range of factors and parameters, some of which can be constantly changing and affect the overall situation. All of this makes sniper shooting a true science.
Only the ballistic characteristics of a weapon and its cartridge are constant and predictable, and only if certain rules are followed. A properly functioning rifle and properly selected ammunition produce a virtually identical bullet trajectory. However, this requires various adjustments.
Several factors influence the actual trajectory of a bullet. Primarily, this includes the range to the target and the elevation angle. Much also depends on the interaction between the shooter and the rifle. Even the smallest movements, as well as breathing and heart rate, affect shooting accuracy. A widely used technique involves holding your breath between heartbeats.
Air movements—wind, regardless of its direction and speed, as well as heated updrafts—have a significant impact on the bullet. Furthermore, the bullet tends to drift away from its original direction due to derivation and the Magnus effect.
In practice, the primary focus is on the sniper's technique and meteorological conditions. Wind parameters along the bullet's path are determined using appropriate instruments and various reference points. At the same time, the sniper must be able to visually assess external conditions and take them into account when making calculations.
In simple situations, a sniper can quickly assess the situation and make adjustments using the scope's turrets. In other cases, he will need firing tables, which provide pre-calculated adjustments for various conditions. Furthermore, some calculations can be performed manually or using electronics with the appropriate software.
The moment a UAV is hit by sniper fire, filmed from a reconnaissance drone
Ultimately, the fighter receives some adjustments, which are then used to fire the shot. If all calculations were performed correctly and no unexpected negative factors arose, the bullet will hit the target. Correctly calculating the trajectory and other parameters also guarantees the enemy's defeat.
It's important to note that gathering information and calculating firing calculations is one of the most challenging aspects of a sniper's combat work. A key part of a sniper's training consists of mastering all such techniques and procedures. Furthermore, during service, including at the front, snipers and spotters constantly refine their skills.
Accurate calculation
In combat zones, sniper pairs undertake challenging missions of identifying and destroying small but important targets, such as individual enemy personnel or UAVs. In doing so, they inflict damage on the enemy, disrupt their operations, or assist their own units.
Snipers operate in unique conditions, and their combat performance is subject to specific demands. Therefore, future snipers and spotters undergo specialized training and master a number of important skills, as well as specialized equipment. During the current Special Operation, they demonstrate their level of training and their ability to use their acquired knowledge to achieve common goals.
Information