Designed in 1949 by the American Engineer Robert Schwarz, the M65 “Atomic Annie” was inspired by German railway guns used during World War II. The M65 however, was designed to deliver a nuclear payload to its target. The gun and carriage itself weighed around 85 tons, was manned by a crew of 5-7, and was transported by two specially designed towing tractors. At 280mm in caliber and capable of firing a projectile over 20 miles, the gun was certainly powerful enough as a conventional weapon, but the Atomic Annie was certainly no conventional weapon. In 1953 it was tested for the first time at the Nevada Test Site, where it fired a 15 kiloton nuclear warhead, creating a blast similar in size to the bombs dropped on Hiroshima and Nagasaki.
After the successful test, 20 M65 cannons were produced for the US Army and deployed in Europe and Korea. They were almost always in constant motion so the Soviets never knew where they were and could not target them. While an interesting weapon, the Atomic Annie suffered from limited range, especially after the development of ballistic missiles which could strike a target from thousands of miles away. The last M65 Atomic Cannon was retired in 1963. Today only 8 survive, and are displayed in museums across the country.
Manufacturer: BAE Systems’ Global Combat Systems Caliber: 155mm Max Range: 24 km (15 mi) with standard M107 rounds 40 km (25 mi) with GPS guided Excalibur rounds In service: since 2005 Used by: United States Marine Corps United States Army Royal Saudi Land Force Australian Army Canadian Army
Photo Credits, in descending order:
– U.S. Army soldiers from the 2nd Platoon, B battery 2-8 field artillery, fire an artillery piece at Seprwan Ghar forward fire base in Panjwai district, Kandahar, on June 12, 2011. (Reuters/Baz Ratner)
– A U.S. Marine Corps CH-53E Super Stallions with Marine Heavy Helicopter Squadron (HMH) 361, Marine Aircraft Group 16, 3rd Marine Aircraft Wing (Forward), externally lifts M777 howitzers over Helmand province, Afghanistan, Dec. 29, 2012. HMH-361 provided aerial support by repositioning the howitzers to Camp Dwyer. (Sgt. Keonaona C. Paulo)
– (Canadian Army)
– (BAE Systems)
– An M-777 155mm howitzer fires at a low ballistic trajectory in Afghanistan. (U.S. Army)
– (BAE Systems)
– An artillery round exits the barrel of an M777A2 155mm Howitzer during a live-fire exercise by 2nd Battalion, 8th Field Artillery Regiment, 1st Stryker Brigade Combat Team, 25th Infantry Division at the National Training Center here Feb. 19. Soldiers from the 2-8th FA are training at the NTC during a month-long rotation in preparation for the 1-25th’s deployment to Afghanistan later this year. (Spc. Michael Blalack, 1-25th SBCT PAO)
On the morning of March 21st, 1918 a explosion was heard across Paris. There was neither the report of a gun nor the sight of enemy aircraft. Over the course of the day another 20 shells exploded around Paris, with no clues left as to what had fired or dropped the explosive weapons. At first, it was thought that the explosions were from bombs dropped from an advanced high altitude zeppelin. However, Allied air reconnaissance plains quickly discovered what was assaulting the City of Paris.
81 miles east of Paris, a monstrous rail gun was sighted firing west. Nicknamed the “Paris Gun”, the rail gun was a creation of the Krupp factory, famous for making big artillery pieces for the German Empire since the 1860’s. The Paris gun originally started its existence as a worn out 15 inch naval gun mounted on a battleship, which was refurbished with inserts that reduced the caliber to 8 inches (later rebored to 10 inches). Germany had much bigger guns in it’s arsenal, however the purpose of the Paris gun was not to have overwhelming power, but extraordinary range. To enhance the guns range, the barrel was lengthened from 16 meters to over 34 meters. In fact the barrel was so long that the Paris gun had to be rigged with a crane for support, lest the barrel kink under its own weight.
The performance of the Paris gun was impressive, bombarding Paris 81 miles away with 234 lb explosive shells. Its range was so great that gunners had to compensate for the Earth’s rotation (Coriolis effect) in order to fire it accurately. The maximum height of a shell’s ballistic arc reached 25 miles, thus the Paris gun holds the record for launching the first man made object into the stratosphere. Because of its lengthy barrel, the Paris gun achieved a muzzle velocity of 1,640 meters per second, or 5,400 feet per second. Muzzle velocity was so great that the fired shells would wear away the inside of the barrel. Gunners noticed that the Paris gun slowly increased in caliber as they were firing it. The Germans were even able to calculate the rate at which the barrel was being worn, and to compensate, Krupp issued the gun with progressively larger caliber shells to be fired in a specific order. Krupp also supplied 7 replacement barrels as well. Altogether than gun and railway carriage weight around 256 tons.
Since it was originally a naval gun, the Paris gun was manned 80 German Imperial Navy sailors who were experienced in operating similar naval guns. Between March 21st and August of 1918, the Paris gun fired 367 shells at a rate of roughly 20 a day. As a result of the shelling 250 Parisians were killed and another 620 wounded. The worst of the shelling occurred on March 31st when a shell hit the St-Gervais-et-St-Protais Church, collapsing the roof and killing 91. While the Paris gun had a long range, it was not very accurate, firing shells at random places all over Paris. Thus, the Paris gun was employed as a terror weapon. In terms of its effectiveness, the Paris gun was found wanting. Excessive amounts of resources and time were needed for the gun’s maintenance. In addition, the Paris gun’s 234 lb shell was not that powerful, there were many guns in German and Allied arsenal’s which were much more destructive. Of the 234 lb projectile, only 15 lbs of explosives could be fitted into the shell. Thus the explosive power of the shell was minuscule compared to its weight. While the Paris gun was a wonder to behold, or a terror weapon to be scorned, it did little to turn the tide of the war. In August the Paris gun was withdrawn as Allied forces advanced towards Germany. After the war the gun disappeared, although it is thought to have been destroyed for scrap metal.
TOS-1A Heavy Flame Thrower System is a Russian 220mm 30-barrel (original system, Ob.634 or TOS-1M) or 24-barrel (Ob.634B or TOS-1A) multiple rocket launcher and thermobaric weapon mounted on a T-72 tank chassis. TOS-1 was designed for defeating enemy personnel in fortifications, in open country, and in lightly armoured vehicles and transport. First combat tests took place in 1988-1989 in the Panjshir Valley during the Soviet war in Afghanistan. The TOS-1 was shown for the first time in public in 1999 in Omsk.
The TOS-1 is not used by the artillery units of the Russian Armed Forces but is found in NBC defense units