The Necropolis Corridor takes 7 standard cycles
The Necropolis Corridor takes seven standard cycles.
The Necropolis Corridor, a notorious stretch of space, demands an arduous passage. The journey through its treacherous expanse is officially estimated to consume seven standard cycles, a duration that underscores the inherent dangers and the mandatory precautions required for survival. While a theoretical minimum of 5 standard cycles might be achievable under exceptionally fortunate circumstances, such an optimistic timeframe is rarely realised due to the constant and unpredictable challenges presented by the corridor.
The primary factor contributing to this extended travel time is the prevalence of hazardous conditions. The corridor is riddled with fluctuating gravitational fields, unpredictable energy surges, and localised temporal distortions. These phenomena necessitate constant recalibration of navigational systems and demand extreme caution to avoid catastrophic structural failure or temporal displacement. It is a graveyard of unfortunate voyages. Dense fields of wreckage, ranging from microscopic particles to colossal remnants of starships, pose a constant threat of collision. Maneuvering through these fields requires meticulous piloting and significantly reduced speeds to prevent impact. It contains powerful and unpredictable electromagnetic storms that frequently erupt within the corridor, disrupting communications, disabling shields, and interfering with propulsion systems. Navigating these storms demands complete shutdown of non-essential systems and a crawl-like pace to mitigate damage. There are stories, and confirmed reports suggest the occasional presence of opportunistic scavengers or even sentient predatory species that thrive in the hazardous environment. While not a constant threat, their potential presence necessitates vigilance and a readiness for evasive maneuvers, further slowing progress.
These pervasive dangers necessitate reduced speeds throughout the entire journey. Attempting to traverse the corridor at standard transit speeds would exponentially increase the risk of catastrophic failure. Pilots must maintain a vigilant watch, constantly adjusting their vectors, engaging evasive maneuvers, and frequently entering periods of complete standstill to assess the ever-changing hazards. The cumulative effect of these necessary decelerations and stoppages accounts for the extended seven standard cycles required to navigate this perilous thoroughfare successfully. The Necropolis Corridor is not a route for the impatient or the unwary; it is a test of endurance, skill, and an unwavering commitment to safety.
Podcast:
www.youtube.com/playlist?list=PLXaHuXMcUMrhIzfjKlj9clJCOf...
Playlist:
www.youtube.com/playlist?list=PLXaHuXMcUMrgi9Vms3dSNvqYUC...
Blogger:
www.jjfbbennett.com/2025/07/necropolis-corridor-adventure...
#art #Spacestation #scifi #fictionalworld #story #arthouse #futuristic #spaceadventure #Sanctuary #Revitalisation #Retro #art #metaart
The Necropolis Corridor takes 7 standard cycles
The Necropolis Corridor takes seven standard cycles.
The Necropolis Corridor, a notorious stretch of space, demands an arduous passage. The journey through its treacherous expanse is officially estimated to consume seven standard cycles, a duration that underscores the inherent dangers and the mandatory precautions required for survival. While a theoretical minimum of 5 standard cycles might be achievable under exceptionally fortunate circumstances, such an optimistic timeframe is rarely realised due to the constant and unpredictable challenges presented by the corridor.
The primary factor contributing to this extended travel time is the prevalence of hazardous conditions. The corridor is riddled with fluctuating gravitational fields, unpredictable energy surges, and localised temporal distortions. These phenomena necessitate constant recalibration of navigational systems and demand extreme caution to avoid catastrophic structural failure or temporal displacement. It is a graveyard of unfortunate voyages. Dense fields of wreckage, ranging from microscopic particles to colossal remnants of starships, pose a constant threat of collision. Maneuvering through these fields requires meticulous piloting and significantly reduced speeds to prevent impact. It contains powerful and unpredictable electromagnetic storms that frequently erupt within the corridor, disrupting communications, disabling shields, and interfering with propulsion systems. Navigating these storms demands complete shutdown of non-essential systems and a crawl-like pace to mitigate damage. There are stories, and confirmed reports suggest the occasional presence of opportunistic scavengers or even sentient predatory species that thrive in the hazardous environment. While not a constant threat, their potential presence necessitates vigilance and a readiness for evasive maneuvers, further slowing progress.
These pervasive dangers necessitate reduced speeds throughout the entire journey. Attempting to traverse the corridor at standard transit speeds would exponentially increase the risk of catastrophic failure. Pilots must maintain a vigilant watch, constantly adjusting their vectors, engaging evasive maneuvers, and frequently entering periods of complete standstill to assess the ever-changing hazards. The cumulative effect of these necessary decelerations and stoppages accounts for the extended seven standard cycles required to navigate this perilous thoroughfare successfully. The Necropolis Corridor is not a route for the impatient or the unwary; it is a test of endurance, skill, and an unwavering commitment to safety.
Podcast:
www.youtube.com/playlist?list=PLXaHuXMcUMrhIzfjKlj9clJCOf...
Playlist:
www.youtube.com/playlist?list=PLXaHuXMcUMrgi9Vms3dSNvqYUC...
Blogger:
www.jjfbbennett.com/2025/07/necropolis-corridor-adventure...
#art #Spacestation #scifi #fictionalworld #story #arthouse #futuristic #spaceadventure #Sanctuary #Revitalisation #Retro #art #metaart