I also think this is way to fast for a tiny fighter. Star Army fighters don't even go a third of this speed!Combined Field System/Continuum Distortion Drive: Ripple CDD17,500c
...which is...?The Shuriken is a compact craft, built for one purpose.
This is a little silly looking because the craft looks streamlined.Since it is primarily meant for operation in space, the designers did not worry about streamlining the surfaces.
Maybe there should be an "interior" section in the article. Most power armor and fighter articles on StarWiki have one, I believe.The pilot sits in an acceleration couch. A UMC-Survival Kit is fitted behind the pilot's seat.
Can you add a link to that?The Shuriken is built using the Shouri FSS Armor Series Type 2A Construct.
Sentence fragment. Detected.The cannons can fire either in front or behind the Shuriken. But not at the same time.
What's that? Also, where are the sensors located in/on the fighter?Omnidar
Wes said:...which is...?The Shuriken is a compact craft, built for one purpose.
Removed. :lol:
This is a little silly looking because the craft looks streamlined.Since it is primarily meant for operation in space, the designers did not worry about streamlining the surfaces.
Removed.
Maybe there should be an "interior" section in the article. Most power armor and fighter articles on StarWiki have one, I believe.The pilot sits in an acceleration couch. A UMC-Survival Kit is fitted behind the pilot's seat.
An interior section has been added.
Can you add a link to that?The Shuriken is built using the Shouri FSS Armor Series Type 2A Construct.
Added a link, but it is pretty much redundant, because the text describes the contructions.
Sentence fragment. Detected.The cannons can fire either in front or behind the Shuriken. But not at the same time.
Reworded.
What's that? Also, where are the sensors located in/on the fighter?Omnidar
This seems way too accurate to me. The use of mass sensors, accurate or not, on planets is unprecedented and, in my opinion, unwanted.== Gravitic Distortion sensor ==
A rather more difficult to use, the Gravitic Distortion sensor is capable of noticing the warping of space time due to mass, and both tell how large the mass is (roughly) and the location. This is rather difficult to use for the Mantus because it is designed for use on a planet – one of the largest gravity wells there is. However within five hundred meters it is capable of noting any object the weight of a man or above – beyond this range it can only distinguish ever increasingly large things. The sensor is capable of detecting several forms of cloaked vessels which can find it hard to disguise their mass perfectly. In space it is more useful and significantly more capable of detecting an object (even dampening systems will create a noticeable disturbance) and the range increases to twenty kilometres for an object with the weight of a man or above.