D77 Pelican: Difference between revisions
→Propulsion
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===Propulsion=== | ===Propulsion=== | ||
Pelicans utilize a | Pelicans utilize a Bussard Ramjet system that uses magnetic fields to attract [[hydrogen]] into two primary and two secondary articulated engine pods, creating fusion and in turn, rocket exhaust. While ideal for use in an atmospheric environment, they require a hydrogen reaction mass in order to operate in vacuum.{{Ref/Reuse|Warfleet}} The two main engines have four nacelles each, two on the bottom and two at the back. The aft engines being similar but lack a nacelle at the bottom. Because both modules are mounted on rotating blocks, they can redirect themselves from directing the thrust downwards to any direction required. A basic [[gravitics|gravitic]] control system is used in-atmosphere to supply further stability and supplementary lift.{{Ref/Reuse|Warfleet}} Although fully capable of orbital transit, the D77 is too small to be equipped with a [[Shaw-Fujikawa Translight Engine]], and is thus incapable of slipspace travel.{{citation needed}} | ||
===Countermeasures=== | ===Countermeasures=== | ||