Spore Drive: Difference between revisions

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<big><center><font color="red">'''==UNDER CONSTRUCTION=='''</font></center></big>
 
{{spoiler}}
 
'''The Captain's Council is currently reviewing their official stance on the Spore Drive.'''  


{{Academy-Engineering}}
{{Academy-Engineering}}
The '''Spore Drive''', otherwise known as a '''displacement-activated spore hub drive''' or '''s-drive''', is an advanced form of propulsion technology developed in the mid 23rd century by Starfleet, on the research ships {{ma|USS Discovery}} and {{ma|USS Glenn}}. It is an organic propulsion system utilizing {{ma|mycelium spores}} harvested from ''{{ma|Prototaxites stellaviatori}}'' to jump or leap across the {{ma|mycelial network}}. During such jumps, the ships were not in normal space but in the {{ma|mycelial plane}}, a discrete layer of subspace.
The '''Spore Drive''', otherwise known as a '''displacement-activated spore hub drive''' or '''s-drive''', is an advanced form of propulsion technology developed in the mid 23rd century by Starfleet, on the research ships {{ma|USS Discovery}} and {{ma|USS Glenn}}. It is an organic propulsion system utilizing {{ma|mycelium spores}} harvested from ''{{ma|Prototaxites stellaviatori}}'' to jump or leap across the {{ma|mycelial network}}. During such jumps, a ship is not in normal space but in the {{ma|mycelial plane}}, a discrete layer of subspace.


===Fleet Deployment===
===Fleet Deployment===
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*{{ma|USS Glenn}}
*{{ma|USS Glenn}}


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===Operations Guide===
===Operations Guide===
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The [[Starfleet Corps of Engineers]] has prepared the following document for reference:
The [[Starfleet Corps of Engineers]] has prepared the following document for reference:
* [[The Quantum Slipstream Drive – An Operations Guide]]
* [[The Quantum Slipstream Drive – An Operations Guide]]
-->
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==Basics of Quantum Slipstream==
==Basics of Spore Drive==
[[Image:Mycelium Spores.jpg|thumb|left|''P. stellaviatori'' mycelium spores, key to the drive technology.]]
[[Image:Mycelium Spores.jpg|thumb|left|''P. stellaviatori'' mycelium spores, key to the drive technology.]]
===Speed===
===Speed===
The experimental Spore Drive has no theoretical speed limit. From an outside perspective, the ship disappears and reappears in another location instantly.  
The experimental Spore Drive has no theoretical speed limit. From an outside perspective, the ship disappears and reappears in another location almost instantly. The USS Glenn completed a jump of 90 light-years in 1.3 seconds, but they hit a {{ma|Hawking radiation firewall}} returning to normal space, which caused the death of the crew.


===Drive stamina===
===Drive stamina===
At its current technological advancement, Starfleet slipstream drives can only be operated for a maximum of approximately 12 hours before initiating auto-shutdown procedures. This allows a ship to travel 3,600 light years from where they started.  
There is no known endurance limitations related to the underlying technology of the Spore Drive. Rather, the stamina is limited to the endurance of the "pilot" navigating the mycelial network. Each jump requires the pilot to "feel" his way through the network. A few jumps in succession isn't difficult. However, when the USS Discovery jumped 133 times in rapid succession, the pilot and chief engineer, {{ma|Paul Staments}}, suffered extensive physical and mental exhaustion, culminating in a coma.
 
===Warm-up time===
Starfleet slipstream drives require a warm-up cycle before they can be engaged. This warm-up cycle requires 40 minutes of preparation by a trained Starfleet Engineering Officer.
 
===Cool-down time===
Once the drive is deactivated, it cannot be reactivated for at least 36 hours. Any attempt to warm-up the drive before the cool-down cycle has completed could result in an unstable slipstream.


===Upgrade cycle===
===Distance===
As the technology rolls out to the fleet, it will be necessary for ships to return to spacedock, on average, every two years for a minor refit and hull inspection to ensure that the slipstream drives are not compromising the long-term integrity of the fleet.
Displacement is measured in Speireins; higher Speireins being associated with large displacement. Jumping is probabilistic, meaning that the longer the jump, the more possible outcomes there are. There is currently no known computer with the processing power capable of making the requisite number of calculations, and so long jumps resulted in navigational instability. Speirein 12 roughly corresponds to a jump in the hundreds of kilometers. Jumps of Speirein 240 and 900 have been attempted, but the results are unknown.  


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