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An artillery fuze or fuse is the type of munition fuze used with artillery munitions, typically projectiles fired by guns (field, anti-aircraft, coast and naval), howitzers and mortars. A fuze is a device that initiates an explosive function in a munition, most commonly causing it to detonate or release its contents, when its activation ...
The 70 mm rocket, like the 20 cm model, used a mortar fuze. There would be no set back when the rocket was fired to arm an artillery fuze. The Japanese mortar fuze for the 81 mm and 90 mm used a shear wire to make it bore safe. The wire went through the brass body and aluminum firing pin plunger.
The following is a list of Japanese military equipment of World War II which includes artillery, vehicles and vessels, and other support equipment of both the Imperial Japanese Army (IJA), and Imperial Japanese Navy (IJN) from operations conducted from start of Second Sino-Japanese War in 1937 to the end of World War II in 1945. [1]
The Type 4 20 cm rocket mortar (四式二十糎噴進砲, Yonshiki nijū-senchi funshinhō) was a 203 mm rocket mortar used by the Imperial Japanese Army in the final stages of World War II. Development and design
World War II mortars of Japan (12 P) Pages in category "World War II artillery of Japan" The following 49 pages are in this category, out of 49 total.
The French-built Matsushima, flagship of the Imperial Japanese Navy at the Battle of the Yalu River (1894), used a 320 mm (13 in) Canet gun.. Following the Meiji Restoration, Japan would pursue a policy of "Rich country, strong army" (富国強兵), which led to a general rearmament of the country.
Japanese designation Comments Mercury fulminate Potassium chlorate Antimony trisulfide: Primer cap composition: Army: Bakufun: Mk I and Mk III powders are ammunition primers, Mk II is a fuze primer Potassium chlorate Antimony trisulfide: Primer cap composition: Both-Most common mixture for fuze primers Mercury fulminate: Initiator in fuzes and ...
Base fuzes are also used by artillery and tanks for shells of the 'squash head' type. Some types of armour piercing shells have also used base fuzes, as have nuclear artillery shells. The most sophisticated fuze mechanisms of all are those fitted to nuclear weapons, and their safety/arming devices are correspondingly complex.