Military


Torpedoes of the Imperial Japanese Navy

Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
36 centimeter torpedo
84 system 356 4.566 Three cylinders 21 22400 The german national red corporation
Bronze crust, 1884 200 purchase contract
88 system 356 4.620 Three cylinders 56 24400 The german national red corporation
Bronze crust, 1888 307 purchase contract
26 system 356 4,575
15ft		 336
740lb		 Three cylinders 50
110lb		 25548.6
600yd		 22731.5
800yd		 The english preservation corporation
1893 100 purchase and Yoshino loading
30 type B type 356 4.572 337 Star type three cylinder 90 52 29.9 600 22800 11.6 2,500 ? National Health Insurance corporation
In Kure domestic production
Four wing type propellers
Spring type rudder steering mechanism
32 system 14in 356 4.572 338 Star type three cylinder 100 50 27.600 23.0 800 12.0 2,500 Preservation corporation make
76 these purchases
Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
45 centimeter torpedo
30 system 18in 450 5.000 532 Star type three cylinder 90 100 27.0 800 23.6 1,000 14.2 3,000 ? National Health Insurance corporation make
32 system 18in 450 5.000 541 Star type three cylinder 100 90 28.8 800 25.5 1,000 14.6 3,000 Preservation corporation make
132 these purchases
34 system 18in 450 6.500 895 Star type three cylinder 150 90 27.0 2,000 20.0 3,500 ? National Health Insurance corporation make
For strait defense
163 these purchases
37 system 18in 450 5.000 551 Star type three cylinder 100 100 25.5 1,000 15.5 2,000 With the Kure side ? 50 these productions
32 type reforming
38 system one 450 5.149 617 Star type three cylinder 150 286 100 27.0 1,000 24.0 2,000 20.0 3,000 Three wing propellers
First domestic design
Also the air chamber is domestic
Cold run
38 system two A 450 5.088 640 Star type four cylinder 150 291 95 31.5 1,000 26.0 2,000 20.3 3,000 ? National Health Insurance corporation make
Woo rich type tail rice tub
38 system two B 450 5.190 663 Star type four cylinder 150 291 1 95 401,000 322,000 234,000 Hot run type
43 system 450 5.190 663 Star type four cylinder 160 333 2 95 265,000
44 system two 450 5,388 719 Star type four cylinder 150 333 6 110 364,000
97 system 450 5.600 1,050 Horizontal two cylinders 200 Oxygen 156 350 455,000
98 system 450 5.500 957 Horizontal two cylinders 175 156 350 403,200 Oxygen mixture ratio 38%
Two systems 450 5.600 1,000 Star type eight cylinder 180 350 393,000 Air + petroleum + Shimizu
For 91 type remodelling motor torpedo boats
Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
53 centimeter torpedo
44 system one 533 6.700 1,290 Star type four cylinder 160 64112.5 160 367,000 2710,000
Six year system 533 6.840 1,500 Star type four cylinder 175 62117 200 367,000 3210,000 2615,000
89 system 533 7.150 1,625 Horizontal two cylinders 215 60515 295 455,500 436,200 3611,000 Rudder steering mechanism: Four year system
92 type reforming one 533 7.150 1,720 Electric motor 319 307,000 Electric torpedo
95 system 533 7.150 1,665 Horizontal two cylinders 220 Oxygen 383 50 400 499,000 4512,000
95 type two type 533 7.150 1,615 Horizontal two cylinders 215 Oxygen 220 30 550 485,000 409,000 Acute head
96 system 533 7.150 1,615 Horizontal two cylinders 215 383 400 455,000 359,000 Oxygen mixture ratio 38%
Test production torpedo CW 533 7.150 Horizontal two cylinders 400 509,000 It is dense nitric acid + ethyl alcoholic power
During power testing it is held up with the atomic bomb
Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
61 centimeter torpedo
Eight year system 610 8.415 2,400 Star type four cylinder 195 345 3810,000 2720,000
90 system 610 8.550 2,540 Horizontal two cylinders 225 400 467,000 4210,000 3515,000
93 system 610 9.000 2,800 Horizontal two cylinders 220 Oxygen 490 4920,000 4132,000 3740,000
93 type three type 610 9.000 2,700 Horizontal two cylinders Oxygen 780 4915,000 4125,000 3730,000
Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
In addition
Five systems (old name four system) 280 3.920 Five cylinder slanted board systems 70 201,500 Brake horsepower 12HP
Five type rudder steering mechanisms (remodelling four type aerobomb)
For coastal frontier defense motor torpedo boat
Incompletion
For speedboat
Rocket torpedo		 240 2,800 120 Rocket 25 20700 Army weapon
Name Aperture
(mm) 		Total length
(m) 		Weight
(kg) 		Main engine Equipment air
(kg3) 		Air quantity
(l)
Fuel
(l) 		Explosive
(kg) 		Thunder fast range Remark
Pickle
Nine set 450 5.270 785 Star type eight cylinder 150 441,500 422,000 363,000 Initial dive maximum path velocity 260kt
Nine set reforming one 450 5.470 838 Star type eight cylinder 180 170 422,000
Nine set reforming two 450 5.470 840 Star type eight cylinder 180 204 422,000
Nine set reforming three 450 840 Star type eight cylinder 180 240 422,000
Nine set reforming three it is strong 450 5.470 852 Star type eight cylinder 160 240 421,500 Initial dive maximum path velocity 350kt
94 type one type 533 6,700 1,500 Oxygen 350 (45)(4,000) With test production torpedo D 95 production discontinuance
94 type two type 450 5,270 810 Oxygen 200 (45)(2,000) 43 3,000 With test production torpedo E 48 production discontinuance
Four type aerobombs one two types 450 5,270 984 Star type eight cylinder 305 421,500 Initial dive maximum path velocity 400kt
Four type aerobombs one four types 450 5,715 1,108 Star type eight cylinder 418 421,500 41 1500 Initial dive maximum path velocity 400kt
Reforming seven head
As for 1500m range kite type detonating assembly
Test production torpedo M 580 2,060 Star type 750 502,500 For large-sized machine
Test production torpedo N 2,040 Slanted board system
Test production torpedo P one type 500 1,200 470 521,500 For medium-sized machine
Test production torpedo P two type 1,400 590
One type of test production aerobomb 450 735 235 30400 For small aircraft
Two types of test production aerobomb 692 There is no main system 260 Remaining velocity
20		 100
Test production torpedo AZ 450 4,230 500 Underwater rocket Methanol
28		 100 30300 Altitude 500m, requiring machine fast 300kt correspondence




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