Forerunner: Difference between revisions

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Forerunner spacecraft used special [[Slipspace flake|crystals]] embedded in their [[slipspace drive]]s to travel through slipspace. In order to move through ordinary space, they utilized [[reaction drive]]s which harnessed virtual particles as a propulsive force; however, they still required the use of onboard reaction mass.<ref name="c124">'''Halo: Cryptum''', ''page 124''</ref> The reaction drive of a mere automated cargo transport allowed travel from Edom to Erde-Tyrene, (a distance of 100 million kilometers at the time), within forty-eight hours; this was considered a mundane trip that did not warrant slipspace manipulation.<ref>'''Halo: Cryptum''', ''pages 19 and 20''</ref> In addition, the Forerunners created a network of [[slipspace portal]]s for high-traffic slipspace transit across the galaxy.<ref>'''Halo: Cryptum''', ''page 200''</ref> Aboard starships, limited inertial dampening was achieved through the use of buffer fields,<ref>'''Halo: Cryptum''', ''page 114''</ref> but during extreme acceleration, the occupants' armors had to be locked to the deck.{{Ref/Reuse|Halo: Cryptum, page 129}}
Forerunner spacecraft used special [[Slipspace flake|crystals]] embedded in their [[slipspace drive]]s to travel through slipspace. In order to move through ordinary space, they utilized [[reaction drive]]s which harnessed virtual particles as a propulsive force; however, they still required the use of onboard reaction mass.<ref name="c124">'''Halo: Cryptum''', ''page 124''</ref> The reaction drive of a mere automated cargo transport allowed travel from Edom to Erde-Tyrene, (a distance of 100 million kilometers at the time), within forty-eight hours; this was considered a mundane trip that did not warrant slipspace manipulation.<ref>'''Halo: Cryptum''', ''pages 19 and 20''</ref> In addition, the Forerunners created a network of [[slipspace portal]]s for high-traffic slipspace transit across the galaxy.<ref>'''Halo: Cryptum''', ''page 200''</ref> Aboard starships, limited inertial dampening was achieved through the use of buffer fields,<ref>'''Halo: Cryptum''', ''page 114''</ref> but during extreme acceleration, the occupants' armors had to be locked to the deck.{{Ref/Reuse|Halo: Cryptum, page 129}}


Forerunner warships could be enormous in scale; the most recent models of [[Fortress-class vessel]] were around a hundred kilometers in length,<ref>'''Halo: Cryptum''', ''page 312''</ref> while the [[Ur-Didact|Didact]]'s personal command vessel, ''[[Mantle's Approach]]'', was 341 kilometers in height and was even then surpassed in size by the largest Forerunner ships.<ref name="h4evg193">'''Halo 4: The Essential Visual Guide''', ''page 193''</ref>  
Forerunner warships could be enormous in scale; the most recent models of [[Fortress-class vessel]] were around a hundred kilometers in length,<ref>'''Halo: Cryptum''', ''page 312''</ref> while the [[Ur-Didact|Didact]]'s personal command vessel, ''[[Mantle's Approach]]'', was 371 kilometers in height and was even then surpassed in size by the largest Forerunner ships.<ref name="h4evg193">'''Halo 4: The Essential Visual Guide''', ''page 193''</ref>  


The interiors of all Forerunner ships were not entirely composed of matter; for example, the structure of a [[planet-breaker]] was only half matter, with one third being fuel and reaction mass and the rest being comprised of [[hard light]], allowing the captain to configure the ship's internal layout and decoration at will. At least some types of Forerunner craft can alter their geometry to better suit their current situation; for example, making the ship more aerodynamic in preparation for surface landing.{{Ref/Reuse|c124}}
The interiors of all Forerunner ships were not entirely composed of matter; for example, the structure of a [[planet-breaker]] was only half matter, with one third being fuel and reaction mass and the rest being comprised of [[hard light]], allowing the captain to configure the ship's internal layout and decoration at will. At least some types of Forerunner craft can alter their geometry to better suit their current situation; for example, making the ship more aerodynamic in preparation for surface landing.{{Ref/Reuse|c124}}
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