Difference between revisions of "Photonic torpedo"

From Imperial Wiki
Jump to navigation Jump to search
Line 1: Line 1:
[[Image:Photonic torpedoes.jpg|thumb|right|Photonic torpedoes in storage]]
[[Image:Photonic torpedoes.jpg|thumb|right|Photonic torpedoes in storage]]
'''Photonic torpedoes''' are missile weapons used on Earth starships in the 22nd century.  They are essentially low-performance [[photon torpedo]]es<ref>''[[Star Trek: Enterprise]]''</ref>.  Like their descendants, they have variable explosive yield.  According to [[Malcolm Reed]], a maximum-yield photonic torpedo can "put a 3-kilometer crater into an asteroid,"<ref>ENT "The Expanse"</ref> suggesting a high yield of about 5 megatons.<ref>[http://www.stardestroyer.net/Empire/Science/Asteroids.html Stardestroyer.net Asteroid Destruction Calculator]</ref>
'''Photonic torpedoes''' are missile weapons used on Earth starships in the 22nd century.  They are essentially low-performance [[photon torpedo]]es<ref>''[[Star Trek: Enterprise]]''</ref>.  Like their descendants, they have variable explosive yield.  According to [[Malcolm Reed]], a maximum-yield photonic torpedo can "put a 3-kilometer crater into an asteroid,"<ref>ENT "The Expanse"</ref> suggesting a high yield of between 1.3 megatons (mostly water ice), 5 megatons (granite composition), or 127 megatons (nickle-iron composition). The mean average of these estimates is 44.4 megatons. <ref>[http://www.stardestroyer.net/Empire/Science/Asteroids.html Stardestroyer.net Asteroid Destruction Calculator]</ref>


==References==
==References==

Revision as of 14:33, 2 May 2014

Photonic torpedoes in storage

Photonic torpedoes are missile weapons used on Earth starships in the 22nd century. They are essentially low-performance photon torpedoes[1]. Like their descendants, they have variable explosive yield. According to Malcolm Reed, a maximum-yield photonic torpedo can "put a 3-kilometer crater into an asteroid,"[2] suggesting a high yield of between 1.3 megatons (mostly water ice), 5 megatons (granite composition), or 127 megatons (nickle-iron composition). The mean average of these estimates is 44.4 megatons. [3]

References