#Fallout 4 pulse rifle full#

Three alternatives to the weapon were also explored for still-classified reasons. This was to improve stability and decoupling during high speed delivery. Дuring testing, spin motors were added to the weapon to produce a spin of 5 revolutions per second.

#Fallout 4 pulse rifle full#

Shot Flintlock Halfbeak in June 1966 may have been a full yield test of the weapon with other tests conducted between 19 at the Nevada Test Site. However production was halted in May 1967 for design modifications to be made before resuming in January 1968. Production engineering began in 1965, with the first war-reserve B61-0 weapon accepted by the AEC in December 1966. The weapon was designed and built by the Los Alamos National Laboratory in New Mexico. Parachute deployment was specified to produce a maximum load of 255 g (2,500В m/s 2).

Environmental conditions specified included an indefinite temperature range of в€’60В вЏ (в€’51В вЊ) to 160В вЏ (71В вЊ), shocks of up to 40g, and in flight temperatures of up to 275В вЏ (135В вЊ) for up to 40 minutes. Due to the short time-scales, it was decided to make maximum use of off-the-shelf components such as those developed for the B57 nuclear bomb.

The weapon was designated the TX-61 in January 1963. The desired production date was June 1965. The justification for the program was that the new weapon would modernise the nuclear arsenal, improve the capability of aircraft and simplify the nuclear weapons inventory by replacing lower-yield versions of the B28 and B43 nuclear bombs. Дevelopment of the weapon that would become the B61 was authorised in December 1962. This was followed by a report from Sandia in mid-1962, that believed that a lightweight nuclear bomb with full fuzing option was possible and that such a program could be completed in a short time-span such as by 1965 or 1966. However, the report believed that due to advances in technology it was possible for a single weapon to fulfil both requirements. In 1961 a report was issued indicating Navy and Air Force interest in a lightweight bomb to replace existing weapons, but that both services had considerably different military requirements for such a weapon. Д«61 bomb casing MAPS Air Museum, North Canton, Ohio. According to the Federation of American Scientists in 2012, the roughly 400 B61-12s will cost $28 million apiece. As of 2020, it is undergoing a 12th modification. Basic weight is about 700 pounds (320В kg), although the weights of individual weapons may vary depending on version and fuze/retardation configuration. It has a streamlined casing capable of withstanding supersonic flight speeds, is 11В ft 8В in (3.56В m) long, with a diameter of about 13 inches (33В cm).

It is a Full Fuzing Option (FUFO) weapon meaning it is equipped with the full range of fuzing and delivery options including air and ground burst fuzing, and free-fall, retarded free-fall and laydown delivery. The B61 is of the variable yield ('dial-a-yield' in informal military jargon) design with a yield of 0.3 to 340 kilotons in its various mods. It is a low to intermediate-yield strategic and tactical nuclear weapon featuring a two-stage radiation implosion design. The B61 nuclear bomb is the primary thermonuclear gravity bomb in the United States Enduring Stockpile following the end of the Cold War. It accurately replicates the shape and size of a 'live' B61 (together with its safety/arming mechanisms) but contains only inert materialsД«elieved to be either 0.3вЂ“340 kt or 0.3вЂ“400 kt in the weapon's various mods.

B61 training unit intended for ground crew.