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Editing Viper (TRS)

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In space flight, the Viper is highly maneuverable, dangerously so in inexperienced hands. [[Navigation in the Re-imagined Series|Reaction control system]] (RCS) thrusters for rapid and flexible attitude control, a cluster of 3 main thrusters for high acceleration, and retractable reverse thrusters housed in both port and starboard cowlings for some degree of deceleration can subject the pilot to punishing [[w:g-force|g-forces]]. Its retractable landing struts can be magnetized to secure the Viper on metal decks and surfaces in zero gravity.
In space flight, the Viper is highly maneuverable, dangerously so in inexperienced hands. [[Navigation in the Re-imagined Series|Reaction control system]] (RCS) thrusters for rapid and flexible attitude control, a cluster of 3 main thrusters for high acceleration, and retractable reverse thrusters housed in both port and starboard cowlings for some degree of deceleration can subject the pilot to punishing [[w:g-force|g-forces]]. Its retractable landing struts can be magnetized to secure the Viper on metal decks and surfaces in zero gravity.


In atmospheric flight, Vipers consume more [[Tylium]] fuel than in the vacuum of space. Once in an atmosphere, the engines must run continuously to maintain sufficient airflow over the wing lifting surfaces. Depending on the composition of the atmosphere itself, this can place severe strain on the Viper's engines {{TRS|You Can't Go Home Again}}. In addition to greater fuel consumption, the high wing load (i.e. small wing area relative to weight) may compromise the Viper's overall maneuverability. Because the smaller wing surfaces generate less lift, higher speeds are needed to stay aloft. The fighter's RCS thrusters might partially compensate for this.
In atmospheric flight, Vipers consume more [[Tylium]] fuel than in the vacuum of space. Once in an atmosphere, the engines must run continuously to maintain sufficient airflow over the wing lifting surfaces. Depending on the composition of the atmosphere itself, this can place severe strain on the Viper's engines ([[TRS]]: "[[You Can't Go Home Again]]"). In addition to greater fuel consumption, the high wing load (i.e. small wing area relative to weight) may compromise the Viper's overall maneuverability. Because the smaller wing surfaces generate less lift, higher speeds are needed to stay aloft. The fighter's RCS thrusters might partially compensate for this.


=== Life Support ===
=== Life Support ===

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