TA580/TAS5380

The TAIAN TA580/TAS5380 is a 20-ton 8x8 special heavy duty truck developed and built by Taian Special Vehicle Manufactory and used by the People's Liberation Army of the People's Republic of China as a transport/Transporter erector launcher.

TA580 / TAS5380
HQ-9 portable launcher during China's 60th anniversary parade in 2009.
Type8×8 heavy tactical truck
Place of originChina
Service history
Used byPLA Army
Production history
DesignerTaian Special Vehicle Company
ManufacturerTaian Special Vehicle Company
Specifications
Mass18 t (empty)
Length11m
Width3m
Height3m
Crew1+5

EngineDeutz turbocharged diesel
517 hp (386 kW)
Payload capacityrated at 20 tons
Operational
range
800 km (497 mi) loaded
Maximum speed 80 km/h (50 mph)

Description

The TA580/TAS5380 specializes in carrying ballistic missiles, large-caliber artillery rockets, radar equipment as well as other forms of military assets. Unlike the much larger Wanshan WS51200 and the WS21200, the TA580/TAS5380 cannot carry much larger intermediate-range ballistic missiles and intercontinental ballistic missiles.

Nevertheless, the TA580/TAS5380 has a maximum payload capacity of 20 tons, of which it primarily carries the HQ-9 air defense missile system.

The TA580/TAS5380 comes in two additional variants. The TA5382 accommodates an additional four passengers due to the presence of a double cab, as well as being able to mount the WM-80 and WM-120 artillery rocket system. The TA5501 is essentially a much larger variant with a 10x10 configuration, which offers better stability and mobility.

Platforms

gollark: For all the "instability" of Arch, it doesn't randomly do that.
gollark: Is anything below `ghc` in the stack implementation details to you?
gollark: The machine code for them is excessively complex too, now, but I suppose you mostly write Haskell and whatnot which is then compiled to that.
gollark: They have ridiculously complex manufacturing processes because the transistors are on the scale of a few hundred atoms, it's crazy.
gollark: Also, with your processor comment, you are kind of underselling the complexity involved. It's not separate transistors, they're all just made on large bits of silicon together and wired up. Billions of them per processor.

See also

References

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