History Wars Weapons - History Wars and Weapons

Archive for the ‘Weapons’ Category

Weapons

21 June, 2010

Hydro-pneumatic Recoil System

Hydro-pneumatic recoil system was a gun recoil mechanism designed and developed by the French Army weapons engineers and was first used on the French 75mm field gun, known as Soixante-Quinze, in 1898. The hydro-pneumatic long recoil mechanism kept the gun’s trail and wheels perfectly still during the firing sequence. Because it did not need to be re-aimed after each shot, the French 75 could deliver fifteen rounds per minute on its target, either shrapnel or high-explosive. This system was used intensively by the French Army during World War I.

In the hydro-pneumatic recoil mechanism, the gun’s barrel slid back on rollers, which included a set at the muzzle, when the shot was fired. The barrel of the French 75mm field gun was attached near the breech to a piston rod extending into an oil-filled cylinder placed just underneath the gun. When the barrel recoiled, the piston was pulled back by the barrel’s recoil and thus pushed the oil through a small orifice and into a second cylinder placed underneath. That second cylinder contained a freely floating piston which separated the surging oil from a confined volume of compressed air.

During the barrel’s recoil the floating piston being pressed forward by the surging oil, compressed the air even further inside the confined volume. This action absorbed the recoil progressively as the internal air pressure rose and, at the end of recoil, generated a strong but decreasing back pressure that returned the gun forward to its original position. The smoothness of this system had no equal in 1897 and for at least another ten years. Each recoil cycle on the French 75, including the return forward, lasted about 2 seconds, thus permitting a maximum attainable firing rate of 30 rounds per minute.

Hydro-pneumatic Recoil Mechanism

Weapons

24 May, 2010

BLU-82 Daisy Cutter

The BLU-82/B was a 15,000 pound (6,800 kg) conventional bomb, which was delivered from either a C-130 or an MC-130 transport aircraft. BLU-82 stands for Bomb Live Unit-82. Also known as Daisy Cutter, it was originally designed to clear helicopter landing zone in the jungles of Vietnam. It was test-dropped there from a CH-54 Tarhe "Flying crane" helicopter. The BLU-82 was retired in 2008 and replaced with the more powerful MOAB.

The BLU-82/B was used for the first time in Vietnam on March 23, 1970. Throughout the rest of the war, the USAF used them for tactical airlift operations called "Commando Vault." After the war, the BLU-82/B was used during the Mayaguez rescue in May 1975, but the remaining BLU-82/Bs went into storage until the mid-1980s, when the Air Force Special Operations Command began using them again in support of special operations. During Operation DESERT STORM, MC-130E "Combat Talon" aircraft from the 8th Special Operations Squadron dropped 11 BLU-82/Bs, primarily for psychological effects. The USAF also used these weapons against terrorist strongholds in Afghanistan during Operation ENDURING FREEDOM.

The BLU-82 used conventional explosive ammonium nitrate and aluminum, incorporating both agent and oxidizer. In contrast, fuel-air explosives (FAE) consist only of an agent and a dispersing mechanism, and take their oxidizers from the oxygen in the air. FAEs generally run between 500 and 2,000 pounds (225 and 900 kg); making an FAE the size of a daisy cutter would be difficult because the correct uniform mixture of agent with ambient air would be difficult to maintain if the agent were so widely dispersed. Thus, the conventional explosive of a daisy cutter is more reliable than that of an FAE, particularly if there is significant wind or thermal gradient.

Daisy Cutter (video)

Weapons

22 May, 2010

Winchester Model 70

The Winchester Model 70 is a renowned, American, bolt action rifle. Introduced in 1936, the Winchester Model 70 has been in production for some 65 years. It is largely based on the Model 54, and is still highly regarded by shooters and is often called "The Rifleman’s Rifle." Precise and reliable, the .30-06 (7,62mm) caliber version of this rifle was used by American snipers, such as Carlos Hathcock, in the Vietnam War with excellent results.

The Model 70 was originally manufactured by the Winchester Repeating Arms Company between 1936 and 1980. From the early 1980s until 2006, Winchester rifles were manufactured by U.S. Repeating Arms under an agreement with Olin Corporation, allowing USRA to use the Winchester name and logo. Model 70s were built in New Haven, Connecticut from 1936 to 2006, when production ceased. In the fall of 2007, announcements were made that Model 70 production would resume, and, as of 2008, new Winchester Model 70 rifles are now once more being made in Columbia, SC.

The trigger mechanism on the Winchester Model 70 is quite simple. All you have to do is remove the barreled action of a Model 70 from it’s stock and you can see just how simple it is. You will see a trigger that pivots on a pin. Look at the rear portion of the trigger, which is normally hidden by the stock and you will see a square head screw, which is the trigger stop screw, three nuts, and the trigger return spring.

Specifications

Caliber: various/.30-06 (7.62mm)
Cartridge: .30-06 Springfield (7.62 x 63 mm)
Action: bolt-action
Effective range: 800 m
Maximum range: 1500 m
Weight: 8 lbs
Manufacturer: Winchester Repeating Arms

Winchester Model 70 Rifle

Winchester Model 70 (video)

Weapons

21 May, 2010

M40 Sniper Rifle

The M40 is a bolt-action rifle used by snipers of the US Marine Corps. Introduced by Remington in 1966, it has had four versions: the M40, M40-A1, M40-A3, and M40-A5. It is a lightweight, recoilless rifle that fires 7.62×51mm NATO (.308 Win) cartridges. The changeover to the A1 model was completed in the 1970s, the A3 in the 2000s, and the A5 in 2009. This rifle was used by renowned American snipers and war heroes in the Vietnam War, such as Charles "Chuck" Mawhinney, Adelbert F Waldron, Carlos Hathcock, and Eric R England.

A total of 995 M40 sniper rifles were built by Remington for US Marine Corps to be used in Vietnam. Original M40s were built on Remingtons’ model 700BDL actions, with one piece wooden stocks. Today each M40 is built from the Remington 700 bolt-action rifle, and is modified by USMC 2112 (Armorers) at Marine Corps Base Quantico, using components from a number of suppliers. New M40A3s are being built, and A1s are upgraded to A3s as they rotate into the armory for service and repair. The rifles have had many sub-variations in telescopic sights, and smaller user modifications. The M40A5 will incorporate a detachable magazine and a threaded barrel to allow for the use of a sound suppressor or other muzzle device.

Specifications of the M40 Sniper Rifle

Caliber: 7.62mm (.308)
Cartridge: 7.62×51mm NATO
Action: Bolt-action
Barrel length: 610mm or 24 in
Effective range: 800 m
Sights: Scout Sniper Day Scope (SSDS), which is a modified version of the Schmidt & Bender 3-12 x 50 Police Marksman LP II scope.
Weight: M40A1: 6.57 kg (14.48 lb)
Feed: 5 rounds in detachable box magazine

M40-A1 Rifle

 

M40 Rifle on the range (video)

Weapons

24 April, 2009

German Tanks

The German tanks and armored vehicles in World War II were an effective and superior armored force. They were lethally used in the Blitzkrieg tactics and outclassed allied tanks in armor protection and fire power.

Below, there is a list of German tanks and armored vehicles of World War II.

Leichter Panzerspähwagen

Panzer I

Panzer II

Panzer III

Panzer IV

Panzer V Panther

Tiger I

King Tiger

Elefant Tank

Jagdtiger

Jagdpanther

Sturmtiger

 

Weapons

29 October, 2008

World War I Weapons

World War One was characterized by the use of new weapons that were the byproducts of the second industrial revolution. These new weapons forced army generals to change their traditional tactics and use new ones to overcome the new lethal weaponry and obstacles such as the barbed wire.

 
Machine Guns: The machine gun was the weapon that really made the difference in the Great War as it gave the infantry so high a rate of fire to the point that it rendered the horse and the cavalry useless in the battlefield. The machine gun was the initiator of the trench warfare.

The Germans used the Maschinengewehr 08, which fired 7.92mm ammunition from a 250-round fabric belt and it carried 2,150 meters effective range. The German Army deployed over 15,000 of these machine-guns on the Western Front during the first year of the war.

Invented in 1881 by the American Hiram Maxim, the Maxim Machine-Gun was adopted by the British Army with a different name, the Vicker (the producer name), which was the standard British machine gun during World War I. Using the energy of each bullet’s recoil force to eject the spent cartridge, it could fire 600 rounds per minute. This .303-caliber machine gun was water-cooled.

The Browning M1917 was the American standard machine gun during the war. Invented by the American gunsmith John Moses Browning, this .30-caliber(7.62mm) machine gun was water-cooled and used the bullet ignition gas for the recoil to eject the spent cartridge and reload. It could fire 600 rounds per minute, utilizing a 250-round belt. The Browning Machine Gun weighed 103 pounds (47kg) with tripod, water, and ammunition and had a barrel length of 24 inch.

Invented by the American-born Benjamin Hotchkiss, the French utilized the Hotchkiss 8mm M1914 machine gun throughout the war. This machine gun effective range was 3,600 meters and it could fire 600 rounds per minute using a 249-round belt. The French Army also used the Chauchat light machine gun; Fusil-Mitrailleur Mle 1915 CSRG, which was a good weapon except for the open-sided magazines that were defective, causing two thirds of all jams.

Flamethrowers:using liquid fuel, a flamethrower was a weapon designed to spew a long stream of fire. It was used mainly against pillbox, machine gun nestles, and other strong enemy positions. Hand-carried by infantry, or mounted on tanks, modern flamethrowers were first used during World War I to overcome the trench warfare conditions that made the war static. It was used for the first time during the Great War on February 26, 1916, by the Germans against French positions in the assault on Verdun.Then later in a surprise attack launched by the German Army on the British at Hooge, Flanders, on July 30, 1915. But to operate this weapon was extremely dangerous as the fuel in the small tank on the operator’s back was unstable, and the British and the French poured rifle fire into the area of attack where flamethrowers were used and their operators were treated without mercy when they were taken prisoners.

 Hand grenades: Considered useful for siege and assault operations, the hand grenade was intensively used in World War I by both belligerent armies. At the outbreak of the war, the Germans were ahead of the rest in terms of grenade development with more than 80,000 hand grenades ready for use. The German stick handgrenade featured an explosive charge encased in metal can mounted on a wooded stick for throwing. At the start of the war, the British troops improvised their own hand grenade, the Jam Tin grenade, which was later replaced with manufactured versions such as the Mills bomb; a fragmentation grenade available to front-line troops. The Mills bomb was developed at the Mills Munitions Factory in Birmingham. The United States developed the M67, which was a fragmentation grenade with a smooth exterior. 75,000,000 hand grenades were made during the Great War.

Bolt-Action Rifles: The rifle was the number one infantry weapon during the war. All of the rifles used during the armed conflict were breech-loading, bolt-action rifles, which were improved versions of earlier models developed during the second half of the 19th century. The Germans used the 7.92mm-caliber Mauser M98 rifle, which was an effective and precise weapon. The British troops were issued with the .303 caliber Lee-Enfield M1907, with a bolt designed for rapid fire. The French used at the beginning the 8mm-caliber Lebel M1886 rifle, which was later replaced by the Berthier M1907, which had an improved bolt mechanism and sights. The American troops wielded the .30 caliber Springfield M1903 rifle whose performance was comparable to the British Lee-Enfield. The Austro-Hungarian troops used the Steyr-Mannlicher M95 rifle.

Tanks: The development of tanks in the Great War came about as a solution to the deadlock of trenchwarfare. Originally called "landships" by the British Army, the first Mark I Tank prototype was tested in September, 1915, and it was first used at the Battle of the Somme, in September, 1916. The French were not far behind and fielded their first tanks in 1917, the St.Chamond M.16, which saw action in April, 1917, during the Aisne offensive. As the clumsy St.chamond M.16 tank was a complete failure, the French decided to give impulse to the mass production of the new Renault FT-17, which was effectively used in mass attack during the Soisson counter-offensive. The first German tank was the A7V, which designed during the first months of 1917; it was produced by Daimler (mechanics), Steffens (chassis) and Noelle (armour), with first tank being delivered in December 1917 and, by the end of the war, only 20 had been produced.

Artillery: Artillery guns had a big impact in the World War I, playing an important role during great battles.

British 18 Pounder. The British used 18 pounder Mark II field gun, which could fire shells of high explosives of between 4.6 kg and 8.4 kg. Each 18-pounder gun weighed 1,279 kg. In August 1914, the British Army had 1,226 of them.
British 60-Pounder. It was one of the main gun of the British artillery. Designed in 1904, it was 5-inch caliber, weighed 4 tons, had a range of 11 kilometers, and fired a 60 pound shell. The 60-pounder was manufactured by the Elswick Ordnance Company.
British 9.2-inch Mark 1. It was a heavy siege howitzer which weighed 15 tons, fired a 131 kg shell of high explosives, and had a effective range of 9 kilometers. It was introduced in the war by October 1914.
French 75mm Field Gun. The main gun of the French artillery was the French 75 mm field gun. With a range of 9 km, the French 75mm fired a 5.2 kg high explosive shell and a 7.2 kg shrapnel shell. The French Army had 4000 of these guns.
Big Bertha. Among the many artillery pieces used by the Germans, the 420mm howitzer Big Bertha stands out in World War I. It weighed 43 tons, had a length of 5.88 meters and an effective range of 12 kilometers. The Big Bertha fired an 820 kg shell. It was manufactured by the German Krupp company.
 
 

French Tank Renault F.T.17

 

British Mark I Tank

 

British 18-Pounder Howitzer

 

British 9.2-inch Mark I Howitzer

French 75mm Field Gun

German 420mm Big Bertha Howitzer

Weapons

1 July, 2008

Bow and Arrow

Bow

A bow is a weapon that shoots arrows propelled by the elasticity of the bow. As the bow is drawn, energy is stored in the limbs of the bow and transformed into rapid motion when the string is released, with the string transferring this force to the arrow. Bows are used for hunting and sport (target shooting), and as a weapon of war. The use of bow and arrow goes back into the paleolithic. The bow was man’s constant companion and has been the most widely used of all weapons in recorded history. The bow allowed the prehistoric human to become the most efficient hunter on earth, providing him safety, food and raw materials such as bone, sinew and hide. From that time on, archery has played an important role in many of the world’s civilizations.

The technique of using a bow is called archery. Someone who makes bows is known as a bowyer, and one who makes arrows a fletcher. the bow was one of the first ranged weapons or hunting tools which used mechanical principles, instead of relying solely on the strength of its user.

Many bow designs have been used in different cultures and time periods. The most common design was the longbow, which was used in Europe, North and South America, Africa, and Asia. A longbow is a type of bow that is tall (roughly equal to the height of a person who uses it), is not significantly recurved and has relatively narrow limbs, that are circular or D-shaped in cross section. It will normally allow its user a fairly long draw, at least to the jaw.

A recurve bow is a form of bow defined by the side-view profile; in contrast to the simple longbow, a recurve bow has tips that curve away from the archer when the bow is unstrung. A recurve bow stores more energy than an equivalent straight-limbed bow, giving a greater amount of cast to the arrow. A recurve bow was preferred by archers in environments where long weapons could be cumbersome, such as in brush and forest terrain, or while on horseback. Recurve bows made out of composite materials were used by Hyksos, Huns, Turks, Mongols, and Chinese.

A composite bow is a bow made from different materials laminated together, usually applied under tension. Different materials are used in order to take advantage of the properties of each material. Asiatic composite bow, which normally uses horn on the belly and sinew on the back of a wooden core. Sinew and horn will store more energy than wood for the same length of bow. Some Mongolian composite bows are known to have been able to produce a draw weight of nearly 160 lb.

Arrow

the arrow was a propelled and projecting weapon for piercing the targeted body. It consisted of a straight shaft with a sharp arrowhead on one end, and feathers, that were attached to the rear end, to stabilizing the arrow’s flight. In prehistorical times, arrowheads were first made of bone, flint, quarz, and, of course, obsidian, which was the most widely used material. The wooden shaft was split at one end; then the arrowhead was firmly tied in the split shaft with sinews.

Weapons

27 June, 2008

Sword

The sword was an offensive weapon which consisted of a long metalic blade (bronze, iron-steel) and a handle called hilt that usually protected that warrior hand with sideways metal projections. The sword was used both for thrusting and slashing as there were many types of swords, depending on the civilizations.

Swords longer than 90 cm were rare and not practical during the Bronze Age as this length exceeds the tensile strength of bronze, which means such long swords would bend easily. Iron swords became increasingly common from the 13th century BC. The Hittites, the Mycenaean Greeks, and the Proto-Celtic Hallstatt culture (8th century BC) figured among the early users of iron swords. Iron has the advantage of mass-production due to the wider availability of the raw material, and, in contrast with bronze, iron-blade sword could be ground or sharpened.

The ancient Greek called their sword xiphos, which was a double-edged, single-hand sword. It was a secondary battlefield weapon for the Greek armies after the spear or javelin. The blade was around 65 cm long. The xiphos was good for both cutting and stabbing attacks due to its leaf-shaped blade. It was generally used only when the spear was discarded. It seems that the Spartans (Dorians) developed a shorter sword, about 30cm long, but otherwise similar to the common hoplite xiphos. This shorter version of the xiphos was useful in the close combat of the Greek warfare and was widely used by all Greeks during and after the Peloponnesian War.

The Roman legionaries carried the gladius, the most famous and glorious sword in Ancient Times. The gladius was a single-handed, double-edged thrusting weapon. Although early ancient Roman swords were similar to those used by the Greeks, from the 3rd century BC, the Romans adopted swords similar to those used by the Celtiberians (Spanish Celtic tribes) and others during the conquest of Hispania. This kind of sword was known as the Gladius Hispaniensis, or "Hispanic Sword," or simply Gladius, made with the best steel in Ancient Times. With a blade-length of 64 cm and a weight of 1.2 kg, the Gladius became the standard weapon in the Roman Legions. Later extant Gladii are now known as the Mainz, Fulham, and Pompei types. The hilt was made of bone, ivory, or wood.

Weapons

15 June, 2008

The First Weapons

The club was the first weapon of mankind. Also known as cudgel or bludgeon, the club was first wielded by primitive men all over the world during prehistorical times. It was essentially a staff, made of wood, or from a femur, and was used for beating. With one downward swinging movement, a man could stun a medium-size beast or bash his foe’s head.

The handaxe was a bifacial Paleolithic core weapon and was used for hacking and chopping. In western Europe, the handaxe was mainly made of flint, which flaked easily, yielding a razor-sharp edge. But other material was also used, such as quartzites and other coarse rocks. Slowly developed and improved over the milleniums, the handaxe remained the chief implement of Stone Age hunters as it took on a number of sizes and shapes.
 
 
 
The spear is a pole weapon used for hunting and war, consisting of a shaft, usually of wood, with a sharpened head. The head may be simply the sharpened end of the shaft itself, as is the case with bamboo spears, or it may be of another material fastened to the shaft, such as obsidian or bronze. The most common design is of a metal spearhead, shaped like a triangle or a leaf. The Neantherthal was the first man to use this weapon, specially when he hunted mammoths.