Sniper

The traditional definition of a sniper is an infantry soldier especially skilled in field craft and marksmanship, who kills selected enemies from concealment with a rifle at long distances. Typically and ideally, a proficient sniper approaches an enemy unaware of his presence, uses a single bullet per target, and withdraws without being seen. The word originates from the snipe, a game bird known for being difficult for hunters to sneak up on.

In the last few decades the term 'sniper' has been used rather loosely, especially by media in association with police precision riflemen, those responsible for assassination, any shooting from all but the shortest range in war and any criminal equipped with a rifle in a civil context. This has rather expanded the general understanding of the meaning of the term. It has also given the term 'sniper' distinctly pejorative connotations. This explains the increasing use of alternative terms, especially for police snipers such as counter-sniper, precision marksman, tactical marksman, sharpshooter and precision shooter.

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Irish sniper on ground with ghillie suit

Snipers in warfare

Different countries have different military doctrines regarding snipers in Military units, settings, and tactics. Generally, a sniper's goal in warfare is to reduce the enemy's fighting ability by striking at a small number of high value targets, such as officers.

Soviet Russian and derived military doctrines include squad-level "snipers," which may be called "sharpshooters" or "designated riflemen" in other doctrines (see below). They do so because this ability was lost to ordinary troops when assault rifles (which are optimized for close-in, rapid-fire combat) were adopted. See the "Soviet sniper" article for details.

Military snipers from the U.S., U.K. and derived doctrines are typically deployed in two-man sniper teams consisting of a shooter and spotter. The two have different functions and hence their assignment corresponds to their skills, but a common practice is for the shooter and spotter to take turns in order to avoid eye fatigue.

Typical sniper missions include reconnaissance and surveillance, anti-sniper, killing enemy commanders, selecting targets of opportunity, and even anti-matériel tasks (destruction of military equipment), which tend to require use of rifles in the larger calibres such as .50 BMG (Browning Machine Gun) and .338 Lapua. Snipers have of late been increasingly demonstrated as useful by U.S. and U.K. forces in the recent Iraq campaign in a fire support role to cover the movement of infantry, especially in urban areas.

The current record for longest range sniper kill is 2,430 metres (7,972 ft), accomplished by a Canadian sniper, of the third battalion Princess Patricia's Canadian Light Infantry(3 PPCLI), during the invasion of Afghanistan, using a .50 BMG (12.7 mm) McMillan bolt-action rifle. This meant that the round had a flight time of four seconds, and a drop of 44.5 m (146 ft). The previous record was held by Carlos Hathcock, achieved during the Vietnam War, at a distance of 2,250 m.

By contrast, much of the U.S./Coalition urban sniping in support of operations in Iraq is at much shorter ranges, although in one notable incident on April 3 2003, a two man team of Royal Marines armed with L96 sniper rifles each killed targets at a range of about 860 m with shots which dropped 17 m (56 ft) in the air.

In the Bosnian War, and for much of the Siege of Beirut, the term "sniper" was used to refer to what were generally ill-trained soldiers who terrorized civilians. During the Siege of Sarajevo, the main street of the city became known as "Sniper Alley".

Police snipers

Police forces typically deploy snipers in hostage scenarios. They are trained to shoot only as a last resort, when there is a direct threat to life from a felon. Police snipers typically operate at much shorter ranges than military snipers, generally under 100 metres and sometimes even less than 50 metres. Police snipers do not generally attempt to shoot to incapacitate; when they shoot, they shoot to kill, though there have been some notable exceptions with varying success.

In peacetime, police snipers like those of the FBI's Critical Incident Response Group (e.g. the Hostage Rescue Team) typically serve longer in the role, receive more training, and get more operational experience than military snipers.

Sniper consistency

The key to sniping is consistency, which applies to both the weapon and the shooter. While consistency does not necessarily ensure accuracy (which requires training), sniping cannot be accurately carried out without it.

Although there is always a degree of randomness due to the physics of bullets and explosions, a precision sniping rifle must limit this effect. When fired from a fixed position, all shots must be extremely close together, even at long range. Similarly, a sniper must have the ability to estimate range, wind, elevation, and any other major factors that can alter the shot. Mistakes in estimation compound over distance and can decrease lethality or even cause a shot to miss completely.

Snipers generally prefer to zero their weapons at a target range, although it can also be done in the field. This is where the sniper calibrates their rifle with their scope at a particular range (typically their most common encounter distance) such that shots will reliably strike their target. A rifle must maintain its zero in the field, or else it must be re-zeroed before the next encounter. Once zeroed, the rifle can be adjusted for other distances or for wind using estimates, calculations, and scope features.

The military need for consistency is highest when a sniper is firing the first shot against an enemy unaware of the sniper's presence. At this point, high-priority targets such as enemy snipers, officers, and critical equipment are most prominent and can be more accurately targeted. A sniper must know how a hot or cold barrel, different surrounding temperatures, and different altitudes can affect the flight of the bullet. Once the first shot has been fired, any surviving enemy will attempt to take cover or locate the sniper, and attacking strategic targets becomes more difficult or impossible.

The need for police sniper consistency is high when in a hostage situation. Firing a shot but failing to immediately incapacitate an armed threat is likely to result in the death of hostages, and cause the aggressor to cease negotiations and retreat to cover. In this situation, lives can depend on the result of a single shot, and it is this pressure that police snipers must overcome when firing.

Sniper training

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A Marine extracts and chambers a new round in his M40-A3

Good training is essential to provide a sniper with the skills needed to perform well. Military sniper training aims to teach a high degree of proficiency in camouflage and concealment, stalking and observation as well as precision marksmanship under wide operational conditions. Trainees typically shoot thousands of rounds over a number of weeks, while learning these core skills.

Snipers are volunteers accepted for sniper training on the basis of their aptitude as perceived by their commanders. Military snipers may be trained as FACs (Forward Air Controllers) to direct military air strikes, FOOs (Forward Observation Officers) in artillery target indication, and as mortar fire controllers (MFCs).

Snipers are trained to squeeze the trigger straight back with the ball of their finger, to avoid jerking the gun sideways. The most accurate position is prone, with a sandbag supporting the stock, and the stock's cheek-piece against the cheek. In the field, a bipod can be used instead. Sometimes a sling is wrapped around the weak arm (or both) to reduce stock movement. Some doctrines train a sniper to breathe deeply before shooting, then hold their lungs empty while they line up and take their shot. Some go further, teaching their snipers to shoot between heartbeats to minimize barrel motion.

Targeting

The range to the target is measured or estimated as precisely as conditions permit. Laser rangefinders may be used, but is not preferred on the battle field because a laser can be seen by both the sender and the receiver. One useful method is comparing the height of the target (or nearby objects) to their size on the mil dot scope, or taking a known distance and using some sort of measure (utility poles, fence posts) to determine the additional distance. The average human head is 6 inches (150 mm) in width, average human shoulders are 20 inches (500 mm) apart and the average distance from a person’s crotch to the top of their head is 39 inches (1 m).

An object 2 metres high at 1000 metres has a visual angle of 2 mils. At 500 metres it has a visual angle of 4 mils. Using this information a sniper can measure the angle of the target through mil his target and using a simple equation to figure out how far away the target is. It is a more complicated in inches and yards and the follow equation can be used: object size in inches x 27.77 / size of object in mils = distance in yards.

At longer ranges, bullet drop plays a significant role in targeting. The effect can be estimated from a chart which may be memorised or taped to the rifle, although some scopes come with Bullet Drop Compensator (BDC) systems that only require the range be dialled in. These are tuned to both a specific class of rifle and specific ammunition. It must be noted that every bullet type and load will have different ballistics. .308 Federal 175 grain (11.3 g) BTHP match shoots at 2600 ft/s (790 m/s). Zeroed at 100 yards, a 16.2 MOA adjustment would have to be made to hit a target at 600 yards. If the same bullet was shot with 168 grain (10.9 g), a 17.1 MOA adjustment would be necessary.

Shooting uphill or downhill can require more adjustment due to the effects of gravity. Wind also plays a role, the effect increasing with wind speed or the distance of the shot. The slant of visible convections near the ground can be used to estimate crosswinds, and correct the point of aim.

All adjustments for range, wind, and elevation can be performed by "holding off" by eye, also known as Kentucky windage. The most accurate way is called "dialling in" the scope. This adjusts the scope so that the crosshairs point at the target, while also accounting for the effect of the factors above. With precision mechanics, dialling in is more accurate, as the eye can more easily line up and hold the target.

For moving targets, the point of aim is in front of the target. This is known as "leading" the target, where the amount of lead depends on the speed and angle of the target's movement. For this technique, holding off is the preferred method. Anticipating the behavior of the target is necessary to accurately place the shot.

Sniper equipment

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M40A3

Sniper rifles

Good equipment is helpful, but does not substitute for careful selection of personnel and thorough training. A military sniper from a selective, highly trained formation, equipped with a mere hunting rifle, would be far more effective than a hunter with an expensive, precision sniper rifle.

Historic military sniper rifles were almost the standard service rifle of the country in question. They included the German Mauser K98k, U.S. Springfield 1903 and M1 Garand, Soviet Mosin-Nagant, Norwegian Krag-Jørgensen, Japanese Arisaka and British Lee Enfield No 4.

These were selected because they were, and in some cases still are, the more accurate models of those in service. A scope may have been added, although the standard open iron sight was usually left as a back-up, in case the optical sight should fog or break.

Modern sniper rifles are specially-built for the purpose. The critical goal is reliable placement of the first shot within one MOA (minute of angle). Most include special features for this purpose, including:

Rifles that are built to tight tolerances. In particular, the headspace is as small as possible.
The barrel is precise, but the production method is less important. Good rifling can be cut with a lathe or swaged with a button. Some barrels have metallurgical treatments to reduce their internal strains, and thus the amount they bend or twist with temperature.
A "free-floating barrel" is often used. This is attached to the rifle at a single point, and screwed into the action, not touching the forearm, "front furniture" or sling. This helps isolate the barrel from outside mechanical and thermal effects.
The action is affixed carefully to the stock. Often a plastic "bedding" compound is used. This reduces tolerances between the stock and action. Some engineers claim it raises the mechanical resonant frequency of the rifle, reducing the wavelength of resonances, and thus the total error caused by them.
Heavy barrels are used for their high resonant frequency and slow the rate of heating, which reduces thermal distortion of the barrel as more rounds are shot. This is the reason the M24 Bolt-Action Sniper Rifle is actually heavier than the older M21 Semiautomatic Sniper Rifle.
The end of the barrel may be counter-sunk a few millimeters to protect the critical exit-end of the rifling.
The trigger sears may be polished so the trigger releases crisply. This reduces the shooter's tendency to jerk the trigger and move the point of aim. A good trigger lets off, or 'breaks' cleanly without any 'creep', which is said to feel like snapping a glass rod.
A low-mass (often titanium) hammer and pin reduce the time between the trigger pull and the primer ignition. This reduces the distance that a person’s irreducible quiver can move the point of aim.
Military sniper rifles tend to have longer barrels of around 600 mm to allow the cartridge propellant to fully burn and give the fastest bullet velocity for a given charge. Some police sniper rifles have shorter barrels to make them easier to handle, as the shorter ranges at which police operate permit lower bullet velocities.

Perhaps the three best-known sniper rifles in current service are the U.S. Army's M24 SWS, the U.S. Marine Corps' M40 and the British Accuracy International L96 and AWM. The M24 and M40 are precision rifles built based on the civilian Remington 700 bolt action rifle, the best selling bolt-action in North America and dating back to 1962. The British L96/AW was designed by Malcolm Cooper, a British civilian Olympic shooter.

Sniper rifles' sights are almost always telescopic. The reticle of the scope often contains markings other than the cross-hairs found in hunting rifle scopes. Some markings assist in range estimation by corresponding to standard objects at different ranges; other marks, such as mil-dots, assist both in "aiming off" for windage and in "holding off" to adjust for distance and elevation. Mil dots are also used for range estimation. Army mil dots are round, while the Marine Corps dots are oval.

Sniper rifles' scopes rarely magnify more than 11x; the AW in British service has a fixed magnification of 10.5x. Modern sniper rifles often forgo open sights, relying entirely on the scope. Examples include the U.S. M21, M24, and M40. The British AW is still equipped with auxiliary open sights. Some scopes have fixed magnification as low as 3x. Police sniper rifles often have an adjustable zoom scope, as much police work is done at close range and a high magnification scope restricts the field of view. Some sniper equipment includes an image intensifying adapter to convert the normal scope for night work.

Semi-automatic sniper rifles are currently less common than bolt-action rifles, with the notable exception of the Russian Dragunov in 7.62x54 (the old Soviet rimmed battle rifle cartridge originally chambered in the Mosin-Nagant). The Dragunov is relatively common in the sphere of influence of the former Eastern bloc. The Dragunov in 7.62x54 is not as precise as the M21, M40 or AW series. A precision semi-automatic rifle is expensive and most sniping doctrines make the semi-automatic function superfluous. Precision semi-automatic sniper rifles exist for specialised applications, such as the Heckler & Koch PSG1 and Knight Armaments SR25M.

A sandbag helps a sniper achieve the best accuracy, although these are typically only available in target shooting, police stand-offs, and base defense. In the field, a bipod is more common, although any soft surface such as a rucksack will steady a rifle and contribute to consistency. In particular, bipods help when firing from a prone position, and enable firing position to be sustained for an extended period of time. Many police and military sniper rifles come equipped with an adjustable bipod.

Since 1985, some services have adopted sniper rifles that fire rounds larger or more powerful than those of a standard battle rifle. Such rifles are used for anti-matériel missions (hard target interdiction in U.S. doctrines) and for extreme long range. They are big, heavy, cumbersome, very loud and expensive. In many sniping missions these would be a disadvantage, but these large rifles do have a tactical niche.

Such rifles include the Barrett M82A1 chambered in the .50 BMG (Browning Machine Gun) cartridge. This cartridge generates about six times the energy of a 7.62 x 51 mm NATO cartridge. Splitting the difference between the huge .50 BMG and the 7.62 x 51 mm in the power stakes are the .338 Lapua and .408 Chey-Tac. A new Sniper rifle undergoing testing is the Barrett XM109 rifle, firing a high-explosive 25 mm round.

Ammunition

Most snipers are issued match-grade military ammunition. Ammunition with a boat-tail (narrowing at the base end) is often selected for long-range sniping.

Though target shooters often assemble their own ammunition from components to more precisely control the load and tune it to the specific rifle and task, this is practically unknown in military and police circles.

Ideally, a shooter would acquire rounds from a single lot (batch) of manufactured ammunition, zero the rifle to that lot, and then use only that ammunition until it runs out. This ensures that every bullet is as similar as possible to the previous one, and assists consistency (as well as confidence). However this is rarely practicable. A sniper will enter information into a data (dope) book, such as lot number, temperature, wind speed/direction, humidity and altitude. If the same conditions are encountered again, the data is available to assist in making an accurate shot. Most information gathering must start over if the barrel is replaced with a new one, as each has distinct characteristics.

Speed and distance of a sniper bullet

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Shock waves caused by bullet in liquid

Sniper rifles are among the most powerful personal firearms. If pointed at the right angle, a sniper rifle can fire over a mile high, and over two miles horizontally, but the bullet's actual velocity and the deceleration rate can be quite important.

Depending on the rifle, a bullet can now be fired at a speed of over 884 metres per second (0.549 miles per second); this is 3180 kilometres per hour (1980 miles per hour), about two and a half times the speed of sound (330 metres per second). A bullet traveling at this speed crosses the length of 7 full-size football fields in one second. In reality, the bullet slows down considerably due to friction with the air over these distances.

A thought experiment by Galileo has interesting consequences for ballistics: if a bullet is fired horizontally and another bullet is simply dropped, providing they were released at the same time and from the same height, they will both fall and hit the floor at exactly the same time. This is in reality more complex for high-velocity objects due to interaction with air, but the experiment illustrates the basic problem: the range of a bullet depends on how far it can travel before gravity pulls it to the ground. This is why it is critical for a sniper to know a rifle's ballistic statistics.

The best marksman and rifle combination are still unable to reliably hit targets beyond 1000 meters. At extended ranges, the effects of factors such as air density, wind, bullet drop estimations and variances between individual rounds are increased. It is not uncommon for the effective range of a sniper system to be stated as 600 to 800 meters.

Camouflage

Good camouflage, combined with movement discipline, is what makes snipers difficult to detect.

The glint of the scope's optics is the only part of a sniper that cannot be camouflaged, but shine can be reduced by using a piece of fabric or a metal mesh over the scope. Snipers avoid anything that glints or clanks, including glasses and white faces.

Snipers facing well-equipped forces must camouflage themselves in Infrared (or IR) as well as light. They use material with a thin layer of evaporated aluminum to reflect the IR, such as plastic foil blankets. Originally these were thermal blankets, covered with local foliage or material. This is taken from at least 275 m (300 yards) away, in order to prevent disturbance of the sniping position's natural cover.

Ghillie suit

Snipers with extreme requirements for infiltration and camouflage use a ghillie suit, also known as a yowie suit. The ghillie suit was originally developed by Scottish deer hunters as a portable hunting blind.

Ghillie suits can be constructed in many different ways. Some services make them of rough burlap (hessian) flaps attached to a net poncho. US Army Ghillie suits are often built using a pilot's flightsuit, battle dress uniform (BDU), or some other one-piece coverall as the base. Unscented dental floss or a similar thread is used to sew each knot of fishnet to the fabric, in the areas to be camouflaged. A drop of Shoe Goo is applied to each knot for strength. The desired jute is applied to the netting by tying groups of 3 to 4 strands of a color to the netting with simple knots, skipping sections to be filled in with other colors.

A ghillie suit is usually prepared by assembling, then beating and dragging it behind a car, and then rolling it in cow manure or burying it in mud and then letting it ferment. This makes it very much like wearable humus. As with the foil blankets mentioned above, a ghillie suit that closely matches the actual terrain of the zone of operation will stand out less, so elements of that general environment (local foliage or other matter) may also be included in the netting.

An inherent problem with ghillie suits is internal (and sometimes, external) temperatures. Even in relatively moderate climates, the temperature inside of the ghillie suit can soar to over 50 °C (120 °F). This can also cause fire concerns, and usually suits have spray on flame retardant applied.

Tick suit

The best-equipped snipers use a Tick suit. This consists of IR-proof material that hangs in folds over the sniper, breaking up the outline on a scope. The outer layers of a tick suit resemble a ghillie suit, camouflaging the sniper in visible light.

Sniper tactics

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At distances over 300 m (330 yd), snipers usually attempt body shots, aiming at the chest and depending on tissue damage, organ trauma and blood loss to make the kill. At lesser distances, snipers may attempt head shots to ensure the kill. In instant-death hostage situations, police snipers shoot for the cerebellum, a part of the brain that controls voluntary movement that lies at the base of the skull. Some wound ballistics and neurological researchers have argued that severing the spinal cord at an area near the second cervical vertebra is actually achieved, usually having the same effect of preventing voluntary motor activity, but the debate on the matter remains largely academic at present.

Location

To perform civil pacification, sniper-suppression, and intelligence a sniper or pair of snipers will locate themselves in a high, concealed redoubt. They will use binoculars or a telescope to identify targets, and a radio to provide intelligence.

Snipers use deception, in the form of camouflage, unusual angles of approach, and frequent, often slow movement to prevent accurate counter-attacks. Some snipers are able to shoot an observant target from less than 90 m (98 yd), while the target is searching for them, without being seen.

Targets

A sniper identifies targets by their appearance and behavior. Such characteristics may include wearing high-rank uniforms, talking to radio operators, sitting as a passenger in a car, having military servants, or talking and moving position more frequently. If possible, snipers shoot in descending order by rank, or if rank is unavailable, they shoot to disrupt communications.

To perform suppressive fire to cover a retreat, a sniper positions himself, hidden, with a view to a large open space. When a pair of enemy squads attempts a crossing, the sniper disables one person, preferably a leader. Most often this is a hip shot, possibly followed by a jaw shot to prevent effective instruction. When the squad attempts a rescue, the sniper uses rapid fire, aiming for the trunks of enemy soldiers to kill as many as possible. A prudent sniper leaves the area at this point, anticipating the flanking attack that normally follows. A sniper may then ambush one of the flanks, and if possible, will move outside the flank to do so (although this is considered a stupid or desperate tactic).

Since most kills in modern warfare are by crew-served weapons, reconnaissance is one of the most effective uses of snipers. They use their aerobic conditioning, infiltration skills and excellent long-distance observation equipment and tactics to approach and observe the enemy. In this role, their rules of engagement let them engage only high-value targets of opportunity.

With heavy .50 calibre rifles, snipers can shoot turbine disks of parked jet fighters, missile guidance packages, expensive optics, or the bearings, tubes or wave guides of radar sets. Such methods often employ anti-matériel rifles. Snipers on hill-tops can often shoot down scout helicopters lurking below a ridge-line. Similarly, snipers may shoot locks or hinges instead of using a door-opening charge.

Psychological Warfare

To demoralize enemy troops, snipers can follow predictable patterns. During the Cuban revolutionary war, the 26th of July Movement always killed the foremost man in a group of Batista's soldiers. Realizing this, none of them would walk first, as it was suicidal. This effectively decreased the army's willingness to search for rebel bases in the mountains.

Counter-sniper tactics

To reduce a sniper's ability to damage the chain of command, doctrine and equipment need to prevent observable "leadership" behaviors and signs. Insignia should be low-observable camouflage colors on camouflage, battle-dress identical for all ranks, military servants and rank-based luxuries (like saluting) avoided in forward areas, and commands and instruction should be given discretely.

Valuable assets should be parked in sand-bagged redoubts until they are launched, preventing "anti-matériel" attacks. This is a prudent tactic in any circumstance, as it prevents damage from fragments.

Once a sniper attack has occurred, the most difficult task is determining the sniper's location. Because snipers use camouflage, carefully choose their firing positions, and often attack from long distances, it is often possible to strike and withdraw without ever being pinpointed.

A friendly sniper is generally the most effective counter-sniper tool. With similar training, knowledge of the surroundings, and equipment, the friendly sniper can offer advice to the squad, enhanced searching capability, and a means to combat the enemy sniper directly. When told what to watch for, the squad can also act as additional eyes and ears for the friendly sniper. Aside from watching over the squad, the friendly sniper also has the option to detach and engage the enemy sniper. Without any outside help from the squad, the most highly trained sniper is likely to win; either way, the ensuing sniper duel effectively distracts the enemy sniper from his mission.

Direct observation is the most accurate means of locating a sniper, but is a rare luxury when facing well-trained snipers. Several other less direct methods are available:

Reverse azimuth: If a sniper’s bullet enters a stationary object, inserting a straight rod into the hole can reveal both the direction and arc of the bullet, and can also be used to estimate range or elevation. This technique is risky without cover, as it often involves entering the sniper's current field of fire.
Triangulation: Using the "reverse azimuth" or other directional technique at two or more locations can more accurately identify the position of a sniper at the time of firing.
Sound delay ("crack-bang"): The enemy's supersonic bullets produce a sonic boom, creating a "crack" sound as they pass by. If the enemy's bullet speed is known, his range can be estimated by measuring the delay between the bullet's passing and the sound of the rifle shot, then comparing it to a table of values. This is only effective at distances of up to 450 metres; beyond this, the delay continues to increase, but at a rate too small for humans to accurately distinguish.
Decoys: As shots are fired, the chance of locating or directly observing the enemy sniper increase. Decoys help to increase the number of shots without taking human losses, and may include attractive targets such as valuable (but unusable) equipment. Provocative signage may even work if an enemy sniper is unwise, aggressive, or does not know of the friendly presence in the area.

Once a sniper's position is known or suspected, other options follow:

Recon by fire: If a few possible sniper positions are visible, the squad can offer limited fire into each while the sniper's spotter watches for signs of success. In situations with heavy cover, the friendly sniper can fire a tracer round into the location to direct heavier fire from the squad.
Mad Minute: If there are too many possible positions for a "recon by fire", each likely enemy position is assigned to one or more friendly soldiers, and upon receiving the signal, all simultaneously fire a specific number of rounds. Aside from a long history of effective use, the Mad Minute also has strong secondary value as a morale booster.
Artillery: If the sniper's general position can be determined by other means, the area can be bombarded by mortars or artillery. Rockets and even guided missiles are also usable, typically if the sniper has become a major problem and other neutralising attempts have failed.
Smoke screen: In urban settings or other environments with limited movement and fields of view, smoke can be an effective means to screen friendly movement. This can be used either to pass through and escape, or to close in on and eliminate the enemy sniper. Ordinary soldiers can still do damage through smoke by firing randomly or on intuition, but a sniper loses his precision advantage and is far less likely to hit anything.
Rush: If the squad is pinned down by sniper fire and still taking casualties, the order may be given to rush the sniper's position. If the sniper is too far away for a direct rush, a "rush to cover" can also be used. The squad will take casualties, but with many moving targets and a slow-firing rifle, the losses are usually small compared to holding position and being slowly picked off.
Pincer movement: If the sniper's position is known but direct retaliation is not possible, a pair of squads can move through concealment (preferably cover) and drive the sniper toward the group containing the targets. This decreases the chances that the sniper will find a stealthy, quick escape route.

Attitude towards snipers

^{[dubious – discuss]}

During World War II, captured snipers were often shot out-of-hand by their captors.

A commonly held view is that snipers must have a psychopathic or sociopathic personality in order to function efficiently. ^{[citation needed]} This view is not shared by military experts, as dysfunctional personalities are likely to be unreliable in high-stress combat situations. Most people will also agree that training a mentally ill person into a very highly trained covert killer is a bad idea both in peacetime and wartime (the sniper will be out on missions only a small percentage of their time in the theater of operations).

Snipers do, however, require a different type of psyche to the average soldier – they must be comfortable being alone for long periods, very self-reliant and patient – attributes that not every soldier will share.

In recent years, as the mystique of the sniper has filtered into the perceptions of the general public, snipers have found a new respect in the eyes of both civilians and their fellow soldiers. While the stigma of snipers being cold-blooded killers remains, the inclusion of snipers in books, television, film, and video games has done much to portray the sniper in a more positive light.

Snipers outside warfare

The use of sniping to murder has been immortalised in a number of sensational U.S. cases, including the Austin sniper incident of 1966, the John F. Kennedy assassination, and the Washington sniper serial murders of late 2002. However, these incidents usually do not involve the range or skill of military snipers. News reports will often (inaccurately) use the term sniper to describe anyone shooting with a rifle at another person.

Sniping has also been used by terrorists, for example in the Northern Ireland troubles, where in the early seventies a number of soldiers were shot by concealed riflemen, some at considerable range. There were also a few instances in the early '90s of British soldiers being shot with .50 calibre Barrett rifles. In Northern Ireland, contrary to the uses listed above, a sniper was quite often a form of bait called a "come-on", whereby the sniper's position would made obvious to a British patrol so as to draw them into an ambush in their attempt to close on the sniper.

Sniper versus Sharpshooter or Marksman

Some doctrines distinguish a "sniper" from a "sharpshooter" or "designated marksman". While snipers are intensively trained to master field craft and camouflage, these skills are not required for sharpshooters. Snipers often perform valuable reconnaissance and have a psychological impact on the enemy. A sharpshooter's role is mainly to extend the reach of the squad to which he is attached.

Snipers rely almost exclusively on stealthy bolt-action rifles, while a sharpshooter can effectively utilize a faster-firing, but more conspicuous semi-automatic rifle. In some military doctrines, a two-man sniper team consists of a sniper who uses a bolt-action rifle, and a sniper support (usually the spotter) who uses a semi-automatic sniper rifle, or at times an assault rifle or carbine.

A sniper's intensive training, forward placement and surveillance duties make the role more strategic than a squad-level sharpshooter. Thus, sharpshooters are often attached at the squad level while snipers are often attached at higher levels such as battalion.

Snipers in history

Even before firearms were available, soldiers such as archers were specially trained as elite marksmen.

The first modern firearm snipers may have been trained in 16th century Japan as a type of ninja or shinobi. They were supposedly trained to cover retreating armies. The sniper would lay in concealed ambush until an officer of the advancing army came into his firing range. There are several confirmed records of such attempts. Most were unsuccessful; the rifles used were of large caliber, but also of poor accuracy. Despite this, one of Japan's most famous warlords, Takeda Shingen, is reported to have been fatally wounded by a sniper's bullet.

Timothy Murphy was a rifleman in Daniel Morgan's Virginia riflemen in 1777. He shot and killed General Simon Fraser of the British army. Murphy was said to have taken the shot at roughly 450 m (500 yd), which was astounding at the time. He used the renowned Kentucky Rifle. The death of General Fraser caused the British advance to falter and the rebels won the battle.

In the Napoleonic Wars, the British copied colonial weapons and tactics in a limited number of rifle companies. They dressed (unsportingly) in green to avoid visibility, and were instructed to shoot enemy officers. On the naval front sharpshooters were sometimes employed during boarding actions and at close range, their positions in the fighting tops allowing them to shoot enemy officers, whose gaudy uniforms made them extremely visible. This visibility was offset by the poor accuracy of the firearms, poor training and ship sway. However during the pivotal Battle of Trafalgar, on October 21, 1805, as the British flagship HMS Victory locked masts with the French Redoutable, a sharpshooter's bullet struck Admiral Horatio Nelson in the spine. Nelson was carried below decks and died as the battle that would make him a legend was ending in favour of the British.

British Rifleman Thomas Plunkett of the 1st Battalion, 95th Rifles is remembered for shooting French General Colbert at a range of between 200 and 600 metres during the Peninsular war. He used a Baker rifle.

Colonel Hiram Berdan was the commanding officer of the 1st and 2nd US Sharpshooters. Although snipers were held in low regard by both sides during the American Civil War, under his tutelage, skilled Union marksmen were trained and equipped with the .52 caliber Sharps Rifle. It has been claimed that Berdan's units were responsible for killing more enemies than any other unit in the Union Army. On May 9, 1864 during the Battle of Spotsylvania Court House, Sgt. Grace of the 4th Georgia Infantry, sniped Major General John Sedgwick at the then incredible distance of 730 m (800 yd), with a British Whiteworth target rifle. The death of Sedgwick, a corps commander, caused administrative delays in the Union's attack, leading to Confederate victory. Before Sedgwick was shot, he was advised by his men to take cover. Legend has it that his last words were, "They couldn't hit an elephant at this distance," upon which he was shot. In reality, he was shot a few minutes later.

Simo Häyhä (December 17, 1906 – April 1, 2002) of Finland is regarded by many as the most effective sniper in the history of warfare. Using a relatively primitive Mosin-Nagant Model 28, Häyhä sniped 542 Soviet Union soldiers in the Winter War between November 30, 1939 and March 6, 1940, before he was seriously wounded. Sulo Kolkka was also a Finnish sniper during the Winter War who killed approximately 400 Russians with his rifle and a further 200 with a submachinegun. Finnish snipers were called cuckoos by Russians, because they thought that all Finnish snipers were located in trees.

Vasily Zaitsev was a Soviet sniper who burst into fame during the Battle of Stalingrad, credited with sniping 225 German soldiers. He became a folk hero for his bravery at Stalingrad and for killing the German master sniper instructor Major Thorvald, in an extended sniper-counter sniper duel; however, the veracity of the Thorvald story is debated. Zaitsev's exploits and his battle with Thorvald were the subject of the film Enemy at the Gates, a fictionalized account of sniper warfare in the Battle of Stalingrad. In the film, the German sniper, presumably Thorvald, is known as "Major König".

Lyudmila Pavlichenko was a female Ukrainian sniper with 309 confirmed kills during World War II.

Gunnery Sergeant Carlos Hathcock of the United States Marine Corps achieved 93 confirmed kills of North Vietnamese soldiers and Viet Cong guerrillas during the Vietnam war. He is the subject of two biographies, Marine Sniper and Silent Warrior.

Delta Force snipers Gary Gordon and Randy Shughart were both killed in action during the Battle of Mogadishu. It is estimated that together they shot over 100 Somalis. Both men received the Medal of Honor posthumously for their actions in coming to the aid of a downed helicopter crew.

The longest-ever recorded and confirmed sniper kill was made by Master Corporal Arron Perry of the Canadian Forces in Afghanistan during combat in 2003. Using a .50-caliber (12.7 mm) MacMillan TAC-50 rifle, Perry shot and killed an opposing combatant soldier from a distance of 2,430 metres(1.5 miles).

Juba, the name given to an unknown Iraqi Insurgent by US troops has been inflicting damage to the occupying force using a Tabuk rifle. According to a report by The Guardian ^[1], he may have killed up to a dozen American soldiers by aiming at the head, or at the junctions of the body armor.

External links

References

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^ "Guardian Unlimited". November 14. {{cite web}}: Check date values in: |date= and |year= / |date= mismatch (help); Text "Elusive sniper saps US morale in Baghdad" ignored (help); Text "Special reports" ignored (help)