Been a while since the last update, but here's the next chapter. This is one of the longest chapters so far....
Theft
The Raven had been concealed inside a forming solar system for the last few hours, the accretion disk around the young star creating the perfect hiding ground. Magnus had, at first, been against this, for there were large chunks of rock and ice drifting nearby, but Erin had been able to match their orbit around the distant sun, and the risk of collision was small.
The cabin doors hissed shut behind Magnus, and he went to sit on the lounge. He tossed his padd onto the glass coffee table angrily.
Erin looked up, and when she saw the expression on her husband’s face, her own expression fell. “It’s not that bad, is it?”
“It’s bad,” Magnus said. He leaned forward, pushing the padd towards her.
Erin reached over and took the padd. It displayed the damage and repair report generated by the level two diagnostic that Magnus had run.
*
USS RAVEN DAMAGE REPORT STARDATE 31034.2
LEVEL TWO DIAGNOSTIC
TOTAL RUN TIME: 4:26:52
OVERALL VEHICLE PERFORMANCE: 40.38%
SYSTEMS CHECKED
Spacecraft Structures
Guidance And Navigational Systems
Computer Hardware Systems
Computer Software Systems
Warp Propulsion Systems
Antimatter Generation Systems
Impulse Propulsion Systems
Reaction Control Systems
Tractor Beam Systems
Replicator Systems
Internal Communication Systems
External Communication Systems
Transporter Systems
Long Range Sensor Systems
Short Range Sensor Systems
Navigational Sensor Systems
Weapons Control Systems
Phaser Systems
Photon Torpedo/Probe Systems
Deflector Shield Systems
Automatic Destruction Systems
Life Support Systems
Environmental Control Systems
Atmospheric Systems
Gravity Generation Systems
Emergency Environmental Systems
Waste Management Systems
Crew Support Systems
Medical Systems
Turboelevator Systems
Holographic Environment Simulation Systems
Fire Suppression Systems
Emergency Medical Systems
Lifeboat And Emergency Evacuation/Rescue Systems
SYSTEMS REPORT
Spacecraft Structures (Manual verification performed)
• Forward hull integrity at 87%
• Primary hull integrity at 74%
• Starboard warp nacelle pylon integrity at 92%
• Port warp nacelle pylon integrity at 89%
• Starboard warp nacelle integrity at 90%
• Port warp nacelle integrity at 87%
• Structural Integrity Field Systems currently operating below normal parameters at 83%.
Guidance And Navigation Systems
• Guidance and navigational systems currently operating below normal parameters at 64%.
Computer Hardware Systems
• Sections 00097–00201, 00905–01392, 02543–03097 and 09607–11326 of main computer core are fragmented. Possible loss of data contained in those sections.
• 156,297 bad sectors in main computer core. Main computer core operations currently below normal parameters at 89%
Computer Software Systems
• Computer diagnostic subroutines currently below normal parameters at 67%
• Defragmentation protocols corrupted beyond ability to operate, currently offline.
• Transporter control programs corrupted beyond ability to repair, currently offline. Reinstall transporter control programs from backup files in protected memory.
• Replicator control programs corrupted beyond ability to repair, currently offline. Reinstall replicator control programs from backup files in protected memory.
• Holodeck control programs corrupted beyond ability to repair, currently offline. Reinstall holodeck control programs from backup files in protected memory.
• Communications and universal translator control package corrupted beyond ability to repair, currently offline. Reinstall communications and universal translator control package from backup files in protected memory.
• Communicator badge control package corrupted beyond ability to repair, currently offline. Reinstall communicator badge control package from backup files in protected memory.
Warp Propulsion Systems (Manual verification performed)
• Starboard bussard collector damaged beyond ability to repair, currently offline.
• Port bussard collector currently at 137% and falling due to strain imposed by attempting to compensate for failure of starboard bussard collector.
• Matter injector damaged beyond ability to operate, currently offline.
• Navigational deflector damaged beyond ability to operate, currently offline. Warp flight operations not possible until navigational deflector systems are brought to minimum 23%.
• Antimatter containment at 74% and stable.
• Antimatter levels at 14%, estimate maximum range 2.3 light years at warp 2.
Antimatter Generation Systems (Manual verification performed)
• Antimatter generator damaged beyond ability to operate, currently offline.
Impulse Propulsion Systems (Manual verification performed)
• Impulse propulsion systems damaged beyond ability to operate, currently offline.
• Driver coil assemblies damaged beyond ability to operate, currently offline.
• Impulse fusion reactor 2 operating below normal parameters at 67%.
• Navigational deflector damaged beyond ability to operate, currently offline. Impulse flight operations not recommended above forward velocities of 0.25 full impulse power.
Reaction Control System (Manual verification performed)
• Reaction Control System currently operating below normal parameters at 67%.
Tractor Beam Systems
• Tractor beam systems are currently operating within normal parameters.
Replicator Systems (Manual verification performed)
• Replicator systems currently at 28%, rated unacceptable to maintain foodstuff quality. Replicator systems offline. Emergency rations estimated to last for five months.
• Replicator control package corrupted beyond ability to repair. Reinstall replicator control package from backup files in protected memory.
Internal Communications (Manual verification performed)
• Internal communications damaged beyond ability to operate, currently offline.
• Communicator badge control package corrupted beyond ability to repair, currently offline. Reinstall communicator badge control package from backup files in protected memory.
External Communications
• Communications and universal translator control package corrupted beyond ability to repair, currently offline. Reinstall communications and universal translator control package from backup files in protected memory.
• Primary subspace antenna damaged beyond ability to operate, currently offline.
• Secondary subspace antenna currently operating within normal parameters at 87%.
Transporter Systems (Manual verification performed)
• Transporter control programs corrupted beyond ability to repair, currently offline. Reinstall transporter control programs from backup files in protected memory.
Long Range Sensors (Manual verification performed)
• Long range sensors currently operating below normal parameters at 76%.
Short Range Sensors (Manual verification performed)
• High resolution optical scanner damaged beyond ability to repair, currently offline. Unable to compensate.
Navigational Sensors (Manual verification performed)
• Navigational sensor resolution currently below normal parameters at 78%. Unable to realign astrometric sensors, manual realignment necessary.
Weapons Control Systems (Manual verification performed)
• Weapons control pre-processor damaged beyond ability to repair, currently offline. Weapons control commands currently routed through section 00513 of main computer core, resulting in 13% loss of system speed.
• Connection between tactical station and computer systems at 36%, rated unacceptable, currently offline. Default secondary configuration enabled, weapons control currently routed through bridge engineering station.
Phaser Systems (Manual verification performed)
• EPS feed to upper port phaser emitter damaged beyond ability to repair, currently offline. Replace EPS conduit.
Photon Torpedo/Probe Systems (Manual verification performed)
• Photon torpedo/probe gas pressure chamber integrity at 37%, rated unacceptable, currently offline. Unable to compensate. Unable to launch photon torpedos/probes until repaired.
Deflector Shield Systems (Manual verification performed)
• Deflector shield systems currently operating below normal parameters at 67%.
Automatic Destruction Systems (Manual verification performed)
• Auto destruct systems damaged beyond ability to operate, currently offline.
Life Support Systems (Manual verification performed)
• Life support systems at 42%, rated unacceptable, currently offline. Confine all personnel to forward hull and engage emergency life support systems.
Environmental Control Systems (Manual verification performed)
• Environmental control systems currently operating below normal parameters at 86%.
Atmospheric Systems (Manual verification performed)
• Atmospheric systems in forward hull operating below normal parameters at 57%. Emergency life support systems activated.
• Atmospheric systems in primary hull damaged beyond ability to operate, currently offline.
Gravity Generation Systems
• Gravity generation systems currently operating below normal parameters at 77%. Shipwide gravity currently at 0.75g.
Emergency Environmental Systems (Manual verification performed)
• Emergency environmental systems at 92%, currently online. Confine all personnel to forward hull.
Waste Management Systems
• Waste management systems currently operating below normal parameters at 42%.
Crew Support Systems
• Crew support systems currently operating below normal parameters at 51%.
Medical Systems (Manual verification performed)
• Medical systems currently operating within normal parameters.
Turboelevator Systems
• Turboelevator systems currently operating at 87%
Holographic Environment Simulation Systems
• Holodeck systems damaged beyond ability to operate, currently offline.
• Holodeck control programs corrupted beyond ability to repair, currently offline. Reinstall holodeck control programs from backup files in protected memory.
Fire Suppression Systems (Manual verification performed)
• Fire suppression systems damaged beyond ability to operate, currently offline.
Emergency Medical Systems (Manual verification performed)
• Emergency medical systems currently operating within normal parameters.
Lifeboat And Emergency Evacuation/Rescue Systems (Manual verification performed)
• Lifeboat and emergency evacuation/rescue systems are currently operating within normal parameters.
*
Erin tossed the padd back onto the table. “Goddamn it,” she cursed. “How long will it take to repair all this?”
“We can get most of the vital systems back up and running in a week or so, not including the systems damaged beyond repair,” said Magnus. “And that’s if we work double shifts. But it will be months before the Raven is fully spaceworthy again, and she’ll never be at a hundred percent again. Not unless we put in for a major overhaul at a starbase. And that’s obviously out of the question.”
“Well, we’ve got to move into the forward hull before primary life support fails,” said Erin. “We should do that now.”
“Yeah,” said Magnus. “You get Annika and whatever else you can carry. I’ll get ration packs, tools and whatever else I can find that we can use. Remember, Erin, only get the essentials.”
*
Magnus, Erin, and Annika had moved into the forward hull by midnight, setting up makeshift quarters in the briefing room. They deactivated primary life support, relying on the emergency life support systems to provide continued life support for the forward hull. After a dinner of emergency rations, Annika had fallen asleep on the bed that had been set up in there for her. Erin and Magnus went to the bridge to form a repair plan.
The bridge was dark with main power offline. Only a few terminals – the helm and the engineering station – were still illuminated, powered by their backup batteries. Magnus went to the engineering station, and Erin sat next to him at the tactical station.
Magnus called up the damage report on the screen in front of him. “We should start with the computer cores,” he said. “We’ll need the diagnostic subroutines at one hundred percent to make sure the systems are back online when repairs have been completed. When it comes to reinstalling the subroutines, most of it can be automated, but I’ll need to bypass the damaged sections before we can do that.”
“Agreed,” said Erin. “We should also concentrate our attention on repairing the multi-adaptive shields. I can get a start on them in the morning.”
“I think the weapons and engines should be our priority after the computers,” Magnus said. “Not the shields.”
“That would take too long,” said Erin. “And we’ve lost one of the phasers anyway, at least until we can get replicators back online, and we might have lost the torpedo launcher as well. We should be able to repair the shields much quicker than weapons and engines. They’re still online, only operating below optimal, so the repairs on them should only take a day or so. Once we get the multi-adaptive shields online, they should be able to hide us from any cursory Romulan sensor scans.”
Magnus was silent for a moment, then he nodded. “Point well taken. I’d still like to concentrate on our engines. The sooner we can get moving the better. But the damage to the navigational deflector is pretty bad. It could take days before it’s back online at sufficient strength to allow warp travel.”
Erin was thoughtful for a moment. “Once we get the shields back online, I think we can increase power to them and use them as a makeshift navigational deflector,” she said. “We won’t be able to go very fast, maybe only warp two, but it’ll be better than nothing. And when you get the navigational deflector back online, we can use the shields to enhance it until it’s back at full power.”
“If you can do that, it’ll be a great advantage,” said Magnus. “Well then, after I get the computer running properly, I’ll work on the warp core instead of the deflector. That way we can get the warp engines back online as well as main power, and hopefully that will bring a few other systems online as well.”
Erin nodded. “At least it will give us the extra power for the shields,” she said.
*
Continued on the next page....