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..:::: Weapons Arena ::::..
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Steyr AUG Para
Steyr AUG Para 9mm submachine gun (Austria)
Steyr AUG A1 Para 9mm submachine gun, original version
Steyr AUG A3 XS 9mm submachine gun
Data for current production Steyr AUG A3 XS submachine gun
Caliber 9x19mm Luger/Parabellum
Weight 3,0 kg empty
Length 610 mm
Barrel length: 325 mm
Magazine capacity 25 rounds
Rate of fire ~700 rounds/minute
[SIZE=+1][/SIZE]The original Steyr AUG Para 9mm submachine gun is a reversible conversion of the original Steyr AUG assault rifle, intended mostly for short-range police and special operations work. This weapons combines relatively compact dimensions with very good accuracy (compared with other 9mm submachine guns), thanks to a long barrel and closed-bolt firing. If necessary, Steyr AUG 9mm submachine gun also can be fitted with silencer.
Steyr AUG Para 9mm submachine gun utilizes basic components (aluminum receiver and polymer stock of bullpup configuration) from the Steyr AUG assault rifle. The 9mm barrel is installed (original Steyr AUG assault rifles have quick detachable barrels), and a gas-operated locked bolt action is replaced with simple blowback (unlocked) bolt. Original firing system with hammer and pull-through selective trigger (short pull results in single shots, long pull - in full automatic fire) is retained, and a special magazine adapter is installed into the magazine housing. Depending on the basic version of the Steyr AUG assault rifle, which is used for conversion, 9mm version will retain its parent sighting equipment - 1.5X telescope sight in A1 version of Picatinny rail with optional open or optical sights in A2 and A3 versions.
Steyr AUG Para 9mm submachine gun (Austria)
Steyr AUG A1 Para 9mm submachine gun, original version
Steyr AUG A3 XS 9mm submachine gun
Data for current production Steyr AUG A3 XS submachine gun
Caliber 9x19mm Luger/Parabellum
Weight 3,0 kg empty
Length 610 mm
Barrel length: 325 mm
Magazine capacity 25 rounds
Rate of fire ~700 rounds/minute
[SIZE=+1][/SIZE]The original Steyr AUG Para 9mm submachine gun is a reversible conversion of the original Steyr AUG assault rifle, intended mostly for short-range police and special operations work. This weapons combines relatively compact dimensions with very good accuracy (compared with other 9mm submachine guns), thanks to a long barrel and closed-bolt firing. If necessary, Steyr AUG 9mm submachine gun also can be fitted with silencer.
Steyr AUG Para 9mm submachine gun utilizes basic components (aluminum receiver and polymer stock of bullpup configuration) from the Steyr AUG assault rifle. The 9mm barrel is installed (original Steyr AUG assault rifles have quick detachable barrels), and a gas-operated locked bolt action is replaced with simple blowback (unlocked) bolt. Original firing system with hammer and pull-through selective trigger (short pull results in single shots, long pull - in full automatic fire) is retained, and a special magazine adapter is installed into the magazine housing. Depending on the basic version of the Steyr AUG assault rifle, which is used for conversion, 9mm version will retain its parent sighting equipment - 1.5X telescope sight in A1 version of Picatinny rail with optional open or optical sights in A2 and A3 versions.
LSAT
LSAT machine gun (USA)
LSAT machine gun, 2009 prototype, with belt and clip-on ammo pouch
LSAT machine gun, as shown at NDIA 2010 symposium
LSAT machine gun prototype being test-fired
LSAT machine gun ammunition in belt links: caseless in the middle and cased telescoped right, compared to the standard 5.56x45 NATO at left
First prototype of the LSAT carbine, as shown at NDIA 2010 symposium
Data for LSAT machine gun, as of mid-2010
Caliber 5.56mm CT or caseless Weight 4.2 - 4.5 kg empty Length n/a Barrel length n/a Feed belt, 150 rounds Rate of fire 600 rounds per minute
LSAT machine gun (USA)
LSAT machine gun, 2009 prototype, with belt and clip-on ammo pouch
LSAT machine gun, as shown at NDIA 2010 symposium
LSAT machine gun prototype being test-fired
LSAT machine gun ammunition in belt links: caseless in the middle and cased telescoped right, compared to the standard 5.56x45 NATO at left
First prototype of the LSAT carbine, as shown at NDIA 2010 symposium
Data for LSAT machine gun, as of mid-2010
Caliber 5.56mm CT or caseless Weight 4.2 - 4.5 kg empty Length n/a Barrel length n/a Feed belt, 150 rounds Rate of fire 600 rounds per minute
niyamai...thawa dahan ko balanna
pic size tikak podi nam load wenna ecchara welawak yanne ne..:
Then Pic Quality Will Be Reduced......
Thanks for the comments.
Minigun
M134 and GAU-2/A 'Minigun' Gatling machine gun (USA)
General Electric M134 Minigun machine gun of Vietnam war (late 1960s) era, on pedestal mount
Dillon Aero M134D Minigun of current manufacture, with manual control unit and feed chute
Image: Dillon Aero
M134D Minigun of current manufacture, mounted on the roof of the military car
Image: Dillon Aero
M134D Minigun of current manufacture, on Naval pedestal mount, with ammunition container
Image: Dillon Aero
M134 Minigun on infantry type tripod, as often seen on civilian entertainment events such as Knob Creek machine gun shot in USA
Data for M134D Minigun Caliber 7.62x51 NATO Weight 24...30 kg gun with motor and feeder/delinker, less ammunition container and power source Length 801 mm Barrel length 559 mm Feed belt in 1500, 3000 or 4500 round containers Rate of fire 3000 or 4000 rounds per minute, fixed
Can be found on new army games.
M134 and GAU-2/A 'Minigun' Gatling machine gun (USA)
General Electric M134 Minigun machine gun of Vietnam war (late 1960s) era, on pedestal mount
Dillon Aero M134D Minigun of current manufacture, with manual control unit and feed chute
Image: Dillon Aero
M134D Minigun of current manufacture, mounted on the roof of the military car
Image: Dillon Aero
M134D Minigun of current manufacture, on Naval pedestal mount, with ammunition container
Image: Dillon Aero
M134 Minigun on infantry type tripod, as often seen on civilian entertainment events such as Knob Creek machine gun shot in USA
Data for M134D Minigun Caliber 7.62x51 NATO Weight 24...30 kg gun with motor and feeder/delinker, less ammunition container and power source Length 801 mm Barrel length 559 mm Feed belt in 1500, 3000 or 4500 round containers Rate of fire 3000 or 4000 rounds per minute, fixed
Can be found on new army games.
SRS
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle (USA)
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle, caliber .308 / 7.62x51
Desert Tactical Arms Stealth Recon Scout (SRS) "Covert" sniper rifle with integrated silencer
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle in .338 Lapua Magnum, with optional silencer
Caliber(s): .243 Win, 7.62x51 NATO / .308Win, .300 Win Mag, .338 Lapua Mag
Operation: bolt action
Barrel: 560 mm / 22" in .308 or 660 mm / 26" in other calibers
Weight: 5 - 5.6 kg / 11 - 12.4 lbs
Length: 800 mm / 31.5" in .308, 952 mm / 37.5" in .338 LM
Feed Mechanism: 5 rounds detachable box magazine
Desert Tactical Arms Stealth Recon Scout (DT SRS) sniper rifle is a modern modular weapon, intended for police use, as well as for civilian target shooting and hunting (a dedicated "sporter" version of the SRS is available as SRS "Hunter" rifle). It was originally intended as a dedicated long range sniping platform in .338 Lapua Magnum, but later on the concept was changed to multi-caliber, with quick change barrels. According to the manufacturer, DT SRS rifles with properly selected ammunition can provide 0.5 MOA accuracy, with maximum effective range in .338 being up to 1800 yards (1640 meters).
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle is a manually operated, rotary bolt action rifle of bullpup configuration. It uses aluminum alloy receiver with proprietary injection molded polymer stock. Precision-made, free-floating barrels can be quickly replaced by the user; caliber change also involves change of the bolts and magazines. The trigger unit is fully adjustable, buttstock is also adjustable for length of pull with use of provided spacers. Manual safety is conveniently located above the trigger. Proprietary single stack box magazines hold five rounds of ammunition in each caliber. Rifle is provided with integral Picatinny rail on the top of the receiver, with additional quad rails around the barrel. No iron sights are provided, and company offers a Schmidt & Bender 5-25X telescope sight with proprietary rings and base. Other important accessories include folding bipod, detachable silencers and carrying sling with quick-detach swivels.
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle (USA)
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle, caliber .308 / 7.62x51
Desert Tactical Arms Stealth Recon Scout (SRS) "Covert" sniper rifle with integrated silencer
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle in .338 Lapua Magnum, with optional silencer
Caliber(s): .243 Win, 7.62x51 NATO / .308Win, .300 Win Mag, .338 Lapua Mag
Operation: bolt action
Barrel: 560 mm / 22" in .308 or 660 mm / 26" in other calibers
Weight: 5 - 5.6 kg / 11 - 12.4 lbs
Length: 800 mm / 31.5" in .308, 952 mm / 37.5" in .338 LM
Feed Mechanism: 5 rounds detachable box magazine
Desert Tactical Arms Stealth Recon Scout (DT SRS) sniper rifle is a modern modular weapon, intended for police use, as well as for civilian target shooting and hunting (a dedicated "sporter" version of the SRS is available as SRS "Hunter" rifle). It was originally intended as a dedicated long range sniping platform in .338 Lapua Magnum, but later on the concept was changed to multi-caliber, with quick change barrels. According to the manufacturer, DT SRS rifles with properly selected ammunition can provide 0.5 MOA accuracy, with maximum effective range in .338 being up to 1800 yards (1640 meters).
Desert Tactical Arms Stealth Recon Scout (SRS) sniper rifle is a manually operated, rotary bolt action rifle of bullpup configuration. It uses aluminum alloy receiver with proprietary injection molded polymer stock. Precision-made, free-floating barrels can be quickly replaced by the user; caliber change also involves change of the bolts and magazines. The trigger unit is fully adjustable, buttstock is also adjustable for length of pull with use of provided spacers. Manual safety is conveniently located above the trigger. Proprietary single stack box magazines hold five rounds of ammunition in each caliber. Rifle is provided with integral Picatinny rail on the top of the receiver, with additional quad rails around the barrel. No iron sights are provided, and company offers a Schmidt & Bender 5-25X telescope sight with proprietary rings and base. Other important accessories include folding bipod, detachable silencers and carrying sling with quick-detach swivels.
Benelli M4 Super 90
I also accepts it soldier.
Benelli M4 Super 90 / M1014 JSCS shotgun (Italy)
Benelli M4, with closed buttstock
Benelli M4, with extended buttstock
Type: gas operated, semi-auto
Gauge: 12 (chamber 3" - 76 mm)
Length: 1010 mm (extended stock), 886 mm (closed stock)
Barrel length: 470 mm
Weigth 3.8 kg unloaded
Feeding: 6 rounds in underbarrel tube magazine
Benelli M4 Super 90 is developed in Italy by Benelli Armi Spa., and imported in the USA by Heckler&Koch USA,inc.
In early 1999, US AARDEC (Army Armmament Research and Development Center), avarded contract for XM1014 Joint Service Combat Shotgun to Heckler&Koch USA,inc. Initially, some 20.000 units wil be shipped to US Marine Corps.
Technically, Benelli M4 Super90 is a gas operated, smoothbore, magazine fed semi-auto shotgun. Barrel locking is achieved by rotating bolt with two lugs. M4 Super90 has dual gas cylinders, gas pistons and action rods for increased reliability. Low-power rounds, such as less-than-letal rubber slugs, may be cycled manually. Gun is field stripped without any additional tools. The telescopic stock may be replaced by pistol grip or hunting-style stocvk without any tools. Barrel has internal screw-in choke system for increased versatility. Standart sights are ghost-ring rear and blade front. Acessory weaver-style rail is installed at the top of the receiver. This rail may accept scopes, laser illuminators, night-vision sights etc.
Gun is so designed that it can fire 3" and 2 3/4" (70 and 76 mm) shotshells of different power without any ajustments and in any combination. All surfaces is covered by non-reflective, wear and corrosiaon-resistant finish. Gun is very reliable in any weather conditions.
I also accepts it soldier.
Benelli M4 Super 90 / M1014 JSCS shotgun (Italy)
Benelli M4, with closed buttstock
Benelli M4, with extended buttstock
Type: gas operated, semi-auto
Gauge: 12 (chamber 3" - 76 mm)
Length: 1010 mm (extended stock), 886 mm (closed stock)
Barrel length: 470 mm
Weigth 3.8 kg unloaded
Feeding: 6 rounds in underbarrel tube magazine
In early 1999, US AARDEC (Army Armmament Research and Development Center), avarded contract for XM1014 Joint Service Combat Shotgun to Heckler&Koch USA,inc. Initially, some 20.000 units wil be shipped to US Marine Corps.
Technically, Benelli M4 Super90 is a gas operated, smoothbore, magazine fed semi-auto shotgun. Barrel locking is achieved by rotating bolt with two lugs. M4 Super90 has dual gas cylinders, gas pistons and action rods for increased reliability. Low-power rounds, such as less-than-letal rubber slugs, may be cycled manually. Gun is field stripped without any additional tools. The telescopic stock may be replaced by pistol grip or hunting-style stocvk without any tools. Barrel has internal screw-in choke system for increased versatility. Standart sights are ghost-ring rear and blade front. Acessory weaver-style rail is installed at the top of the receiver. This rail may accept scopes, laser illuminators, night-vision sights etc.
Gun is so designed that it can fire 3" and 2 3/4" (70 and 76 mm) shotshells of different power without any ajustments and in any combination. All surfaces is covered by non-reflective, wear and corrosiaon-resistant finish. Gun is very reliable in any weather conditions.
Pics of my earlier posts are missing.......What may be the reason?
I hope that better explanation always bound with the illustrations.
Admins, I need a resolution.
I hope that better explanation always bound with the illustrations.
Admins, I need a resolution.
Tsar Bomba - King of the Bombs - 57,000,000 Tonnes of TNT
Tsar Bomba - King of the Bombs - 57,000,000 Tonnes of TNT- Russia
Tsar Bomba - King of the Bombs - 57,000,000 Tonnes of TNT- Russia
The Tsar Bomba
_______________
October 30th 1961 - The Tsar Bomba, King of the Bombs, Царь-бомба or Big Ivan.
This footage is courtesy of the documentary "Trinity and Beyond", directed by Peter Kuran, and other footage is courtesy of the Discovery channel. The original footage was from declassified Soviet Archives. The music used is from The Planets Suite composed by Gustav Holst. The movement is 'Mars: the Bringer of War'
Before I get into the details of the test, I want to clear up something very important. The title of this video is "Tsar Bomba - King of the Bombs - 57,000,000 Tonnes of TNT". Understand now that this test wasn't the result of a detonation of 57,000,000 Tonnes of TNT, but rather the nuclear yield EQUIVALENT of a detonation of 57,000,000 Tonnes of Trinitrotoluene. The actual weight of the device was 27 tonnes. And coincidentally, one tonne is taken as a metric tonne, or 1000 kilograms - (2200lbs). All units used in physics are metric. The reason the yield equivalent system is used is because the energy released from the explosion of a set amount of TNT is a constant.
Second to that: I KNOW THE SCREENSHOTS AT THE END ARE OF THE CLOUD OVER THE GROUND. The reason I made a mistake was because when I made this video I was using a 6 year old CRT monitor with numerous problems, some of which with the shading. I greatly regret it butI cant be bothered removing/re-uploading the video again so Ill just live with it.
The bomb was designed as a 100 Megaton device, not a 50 Megaton device. This was due to its 3 stage design: fission-fusion-fusion. There is fission initiator that when detonated, begins a fusion reaction. Then there is a further fast-fission detonation (With neutrons from the second stage) of a Uranium-238 tamper which boosts the yield by 50 Megatons. For the test, the Tsar had its Uranium tamper replaced with lead to reduce the maximum yield by half (To 50 Megatons).
The blast yield was equal to that of a blast of 57,000,000 Tonnes of TNT....or to put that into context: The weight of 270 Empire State Buildings worth of TNT. This makes the Tsar the most powerful nuclear device ever detonated in history. Think of the destruction at Hiroshima. The Tsar was 3800 times more powerful than Hiroshima.
The bomb's weight was 27 tonnes, and its dimensions were: 8 meters (26ft) in length, and 2 meters (6.5ft) in diameter.
It was air-dropped, from a modified Tupolev Tu-95 Bear, and it used a nylon parachute to slow its decent to give the crew time to escape.
The bomb was dropped from an altitude of 34,500 feet AGL (10,500 meters), and it detonated a little over three minutes later at an altitude of 13,100 feet AGL (4,000 meters). In this time: The Tu-95, travelling at a ground speed of 480kts (552mph, 864kph), travelled into the safe zone (about 45km from ground zero) and was therefore 79km away from the blast.
When the bomb detonated, immediately the temperature directly below and surrounding the detonation would have risen to millions of degrees. The pressure below the blast was 300 pounds per square inch, ten times the pressure in a car tyre. The light energy released was so powerful that it was visible even at 1000km (621 miles), with cloudy skies. The shockwave was powerful enough to break windows at even up to 900 kilometres (560 miles) from the blast. The shockwave was recorded orbiting the earth 3 times. The mushroom cloud rose to an altitude of 64,000 meters (210,000 feet) before levelling out. The thermal energy from the blast was powerful that it could cause 3rd degree burns to a human standing 100 km (62 miles) away from the blast.
The radius of the fireball was 2.3 kilometres (1.4 miles). The blast radius (area in which total destruction ensured) was 13km (8 miles).
The most important thing to note is that this bomb was designed as a 100 Megaton device (Yield equivalent of 0.1 billion tonnes of TNT). If detonated, everything within a 48 kilometer (30 mile) diameter would be vaporised. Everything within a 195 kilometer (120 mile) diameter would be incinerated in a fireball. This would ensure total destruction of a large city like New York, Paris or London, as well as devastation on its outskirts.
_______________
October 30th 1961 - The Tsar Bomba, King of the Bombs, Царь-бомба or Big Ivan.
This footage is courtesy of the documentary "Trinity and Beyond", directed by Peter Kuran, and other footage is courtesy of the Discovery channel. The original footage was from declassified Soviet Archives. The music used is from The Planets Suite composed by Gustav Holst. The movement is 'Mars: the Bringer of War'
Before I get into the details of the test, I want to clear up something very important. The title of this video is "Tsar Bomba - King of the Bombs - 57,000,000 Tonnes of TNT". Understand now that this test wasn't the result of a detonation of 57,000,000 Tonnes of TNT, but rather the nuclear yield EQUIVALENT of a detonation of 57,000,000 Tonnes of Trinitrotoluene. The actual weight of the device was 27 tonnes. And coincidentally, one tonne is taken as a metric tonne, or 1000 kilograms - (2200lbs). All units used in physics are metric. The reason the yield equivalent system is used is because the energy released from the explosion of a set amount of TNT is a constant.
Second to that: I KNOW THE SCREENSHOTS AT THE END ARE OF THE CLOUD OVER THE GROUND. The reason I made a mistake was because when I made this video I was using a 6 year old CRT monitor with numerous problems, some of which with the shading. I greatly regret it butI cant be bothered removing/re-uploading the video again so Ill just live with it.
The bomb was designed as a 100 Megaton device, not a 50 Megaton device. This was due to its 3 stage design: fission-fusion-fusion. There is fission initiator that when detonated, begins a fusion reaction. Then there is a further fast-fission detonation (With neutrons from the second stage) of a Uranium-238 tamper which boosts the yield by 50 Megatons. For the test, the Tsar had its Uranium tamper replaced with lead to reduce the maximum yield by half (To 50 Megatons).
The blast yield was equal to that of a blast of 57,000,000 Tonnes of TNT....or to put that into context: The weight of 270 Empire State Buildings worth of TNT. This makes the Tsar the most powerful nuclear device ever detonated in history. Think of the destruction at Hiroshima. The Tsar was 3800 times more powerful than Hiroshima.
The bomb's weight was 27 tonnes, and its dimensions were: 8 meters (26ft) in length, and 2 meters (6.5ft) in diameter.
It was air-dropped, from a modified Tupolev Tu-95 Bear, and it used a nylon parachute to slow its decent to give the crew time to escape.
The bomb was dropped from an altitude of 34,500 feet AGL (10,500 meters), and it detonated a little over three minutes later at an altitude of 13,100 feet AGL (4,000 meters). In this time: The Tu-95, travelling at a ground speed of 480kts (552mph, 864kph), travelled into the safe zone (about 45km from ground zero) and was therefore 79km away from the blast.
When the bomb detonated, immediately the temperature directly below and surrounding the detonation would have risen to millions of degrees. The pressure below the blast was 300 pounds per square inch, ten times the pressure in a car tyre. The light energy released was so powerful that it was visible even at 1000km (621 miles), with cloudy skies. The shockwave was powerful enough to break windows at even up to 900 kilometres (560 miles) from the blast. The shockwave was recorded orbiting the earth 3 times. The mushroom cloud rose to an altitude of 64,000 meters (210,000 feet) before levelling out. The thermal energy from the blast was powerful that it could cause 3rd degree burns to a human standing 100 km (62 miles) away from the blast.
The radius of the fireball was 2.3 kilometres (1.4 miles). The blast radius (area in which total destruction ensured) was 13km (8 miles).
The most important thing to note is that this bomb was designed as a 100 Megaton device (Yield equivalent of 0.1 billion tonnes of TNT). If detonated, everything within a 48 kilometer (30 mile) diameter would be vaporised. Everything within a 195 kilometer (120 mile) diameter would be incinerated in a fireball. This would ensure total destruction of a large city like New York, Paris or London, as well as devastation on its outskirts.
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