Author Topic: The Galaxy Awaits ... Choose Your Path!  (Read 132237 times)

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Offline wobbly

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #135 on: August 30, 2013, 11:09:43 AM »
May I suggest fast tracking it in the research? Lighter weight freighters are going to do more for your fuel efficency  then FE engines. Besides with those Jump Engines your researching, It'll probably cost you more then 500 extra RP to build Jump Engines for conventional weight ships.
 

Offline Jacen

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #136 on: August 30, 2013, 11:45:12 AM »
I'm pretty sure black holes generate only in real stars, and nebula only generate in non-real stars.

At least, unless Steve has changed it since I got that information.
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #137 on: August 30, 2013, 12:01:03 PM »
Duranium armor has been researched as of a couple years ago.  We did all of the basic combat techs(i.e., all the 500 rp ones).  However, I can't figure out how to add it to a ship in the design screen, all I seem to be able to change is the thickness(armor rating). 
 

Offline Mel Vixen

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #138 on: August 30, 2013, 12:05:27 PM »
The armor gets assigned normaly on design. You can hit the "Copy design" and then the "New amor" Button on the lower part of the design window. After that all you have to do is to refurbish your ships.
"Share and enjoy, journey to life with a plastic boy, or girl by your side, let your pal be your guide.  And when it brakes down or starts to annoy or grinds as it moves and gives you no joy cause its has eaten your hat and or had . . . "

- Damaged robot found on Sirius singing a flat 5th out of t
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #139 on: August 30, 2013, 01:34:57 PM »
We interrupt your regularly scheduled freighter micro-management to bring you this special news bulletin:  as expected, Lt. Cmdr. Saburo Matsumoto was 'encouraged to pursue other employee opportunities' in mid-February of 2049. 
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #140 on: September 04, 2013, 12:23:28 AM »
2049 ANNUAL REPORT

Overview

The launching of the 2% Initiative led to the first equipment being offloaded onto Mars and Luna in the first weekend of February, with the Southampton handling the Mars trips and the Hercules taking care the Luna duty. James Earl Jones V was installed as the governor of Luna(now just a five-minute trip from Earth), while it was one of the original four SPACE political appointees, 45-year-old Terrence Forson, who got his first official assignment on the ‘red planet’.  The civilians got the first shipment of colonists onto the moon in less than a week, while the CS New Beginnings got involved to jumpstart Mars, then the private sector took over there as well.  That’s now a trip of two to four days each way, depending on where the planets are in their respective orbits.  

Within a month, the convoys to Titan had virtually stopped, leading to a number of untimely deaths as infrastructure did not keep up with the growing population for a few weeks until matters balanced themselves out again.  Not a serious loss in the grand scheme of things, but you can’t tell that to the victims’ families.  The 2% Initiative gained a few small, but very vocal, critics due to the scandal.  As it was resolved quickly and far more were quite happy with their new homes, at least initially, it was expected the matter would blow over ...  

As all of this was going on, the GSV Hopeful identified a new jump point, designated Charlie.  This one is slightly closer than Bravo, and on the opposite side of the sun, 3.2b km away bearing 104.  There are three more locations to survey before the Hopeful moves to the outer ring.

In just over a quarter, the moon eclipsed Titan with one and a half million colonists!  The rush was insane – even the most optimistic backers were surprised at how earnest the desire was to settle the barren rock.  That was early July, and by the end of the month two new shipping corporations(Everton Shipping & Logistics, and three weeks later Presnar Freight) had been formed.  As is SPACE policy, no subsidizing was countenanced.  They will succeed or fail on their own.  

As if that wasn’t enough, July also featured an unprecedented discovery by the Hopeful.  In the final survey of the middle ring of jump locations, not one but two were found in close proximity!  The scientific community is puzzled, as they did not think this was even possible.

Delta is the closest jump point other than Alpha, 2.68b km and a bearing of 25, inside Uranus orbit.  Just outside that orbit is Epsilon, 3.1b km at a bearing of 31.  The two are just 519m km away from each other, a fact that could prove to be of considerable importance in the future.  The Hopeful proceeded out to the Kuiper Belt for the final ring of a dozen locations ...  

From a fleet perspective, the bustle of the last few years quieted down considerably in the fall.  With all four of the large freighters refit to the II-xe class, the Victoria was scrapped and shipping had caught up with production of mines on Earth.  Additionally, with survey operations complete, there just wasn’t much left to do.  A new mine will be sent off to Titan(when population permits) or a comet(when a new automated one is converted about once a month), but other than that it is very quiet.  

Colonial Developments

Two new comets were added to remote mining operations this year.  On January 9 the mass driver on Neujmin was activated(Derek Latch dispatched as governor) and on July 12(more stuff happening in a crazy-busy month) the one on Vanbiesbroeck, a near-perfect job for Delois Woznicki(see bio in the next section of this year’s report) to cut her teeth on.  Machholz depleted it’s supply of vendarite early in February, a nearly complete non-event than nobody cares about.  By Thanksgiving, the Hopeful was headed back to Earth for shore leave, needing refueling and some time off before scanning the final eight locations.  

Colony populations at year’s end:  

Earth – 870m
Luna – 3.26m
Titan – 1.81m
Mars – 1.45m

Three-quarters of a percent of the population now lives somewhere other than Earth ...

Commissioned Officers

January 1Jay Cin III takes command of the FT Hercules.  

March 1 – A new political star on the rise officially joins SPACE – Delois Woznicki.  Genius-level ability in mining, espionage, and shipbuilding to go along with strong political skills(only Duling is better) and industrial production.  The only thing she needs is experience.  Unfortunately for her, just days before the Mars appointment had already been made.  

Mid-MayCol. Ray Hoel becomes the best army officer to be produced by the Academy since top-ranking colonel Anton Engelhardt over four years ago.  Hoel is expected to take command of one of the infantry battalions when the current tour is up in 2051.  

JuneAlberto Eighmy’s political connections have increased(20%), continuing to demonstrate that he’ll be a serious challenger in the decades to come.  

Research & Development

February saw the arrival of more good news from the Jump Theory Team.   Dr. Santo Makar’s expertise is growing by leaps and bounds.  His specialized skill is up to 55%, nearly now the equal of Ignacio Bavaro(60% in Energy Weapons).  The difference is that Power & Propulsion is a much more useful field to us.  It is not an exaggeration to say he is now our most important researcher, and will likely remain so after this phase of development is completed.  

** July 24 -- Jump Drive Efficiency(4) was completed.  Squadron Size is the final of the three jump engine projects, a report currently anticipated in early spring of next year.  
** September 25 -- 30% Engine Power(higher-efficiency) completed(Ignacio Bavaro).  Cedrick Wormack(Troop Transport Bays) takes over the space.
** October 26 – TH 5-5 Sensor Suite(thermal sensors) work finished(Clint Wyche). Sorium Harvesting Module gets the additional space.  

Earth

For the second year in a row there is news on April Fool’s Day: Sorium is depleted.  At current supply levels, we are now producing half of what we refine each year and will be able to sustain current refinery output for 20-25 years before seeing a dropoff.  In five years’ time, uridium will(irrelevantly) be the next mineral to be depleted.  In less than two decades, only vendarite and tritanium will remain on our homeworld.

Two days later, the ST Sussex and ST Starlight are finished at the P&A Group, and a final pair of Lexington-II’s begun.  

April 29 – A third commercial shipyard, dubbed the Vickers-Armstrong Shipyard, is finished in orbit at Earth.  New slipways will be added immediately, with the goal of taking over the role that the P&A Group currently is filling, the ability to construct multiple small vessels at once to fill accessory roles.  Another commercial yard is immediately begun, as Director Rakes wants to plan ahead for the future as much as possible at this point.  It will not always be obvious ahead of time when a new shipyard will be needed: this one will serve as a buffer of sorts.  Also, the few remaining conventional factories that were set to be converted to refineries have that work restarted: nothing has been done in the last decade or so with other priorities, but it has been deemed time to finish it now.   Earth now has six ongoing industrial projects.  

Mid-July – The shipyards all benefit from the experience of Director Rakes, who has become more adept at certain personnel matters, resulting in faster operations.(5% Shipbuilding Bonus).  

July 20 – The ST Hipparchus and ST Endymion are finished on Earth, completing the current set of shuttles at eight.        

October -- Another research lab has been finished, and Shanon Pateson’s first project is to begin work on a Sorium Harvester module, the goal of which is to find a way to extract sorium from the atmosphere of gas giants such as Saturn.  She’s just there to lay some groundwork, a more experience researcher will be taking over the project down the road.  

November 20 – Refinery conversions are complete on Earth.  Between the remaining 250+ conventional industry and 75 refineries, production is now over 2 million liters annually.  Initial work begins on a second military-grade orbital shipyard, for the same reason that the fourth commercial yard is being built – it’s best to be prepared.

By year’s end, duranium production on Earth is under a kiloton for the first time.  Over 60% of the total supply, which still gradually increased over the past year to 2.67kt, now comes from other sources.  In terms of fuel, SPACE has set a policy  for production goals to be 80% of the maximum usage of the fleet, though that is less important with a huge reserve such as we have.  At present the reserve has stagnated between 26-27 million litres for the last few years, though with reduced naval activity it is expected to start growing again for the next few until there is more for the ships to do.  Peak operations for the current fleet year-round would consume 1.85m liters, meaning current production levels of 2.1m liters are more than enough at about 112% or so of maximum demand.  A reserve of five years’ worth will be maintained, but again we are well ahead of that at 14 years worth for the moment.  Right now there is clearly no urgent need, but it’s worth revisiting the fuel situation periodically to make sure we do not run out, and the long-term goal of moving refinery capacity off of Earth so as to allow the sorium there to be used for jump drives and any other purposes that may arise is still important.  

Sol Survey Efforts

March – The Rater team has completed it’s work on Ikeya-Zang, finding nothing.  Their work is now complete.  

July 25 – The last of the geology teams is disbanded on Earth, officially bringing an era to an end.  It was just shy of ten years ago that the Lief Ericson was officially christened and began the surveying of the system.  Though progress often seems slow, in the big picture a lot has been accomplished in a relatively very short period of time.  

October 19 – Another jump point has been found, the first in the outer ring, designated Jump Point Foxtrot.  That’s six now.  On a bearing of 65, it is 5.1b km from the sun, or 700m km outside Neptune orbit but closer than all but the nearest Kuiper Belt objects.  

Fleet Operations

February 18 – The FT Venus completes its refit, Southampton will be up next.  

March 5 – The Southampton returns to earth from getting the Mars colony set up, and begins it’s turn refitting at the Tod & Macgregor.  

May 11 – The New Beginnings returns to earth and stands down, the decision having been made that there is no need to ship new colonists to Titan(which would require a lot more infrastructure being sent at SPACE expense).  At almost 1.5m strong, the colony will see significant numbers added just through the natural process of life at this point.  

May 18 – Fleet HQ is puzzled where the miscalculation was – a technical error on the part of the refueling crews during their last leave is expected – but it has become clear that the ST Marengo is not going to make it back to Earth on their current reserves.  The Amerigo Vespucci is dispatched to make a fuel transfer immediately.  It is however expected that the shuttle will be forced to drift helplessly for at least a month before they can be reached, as they are presently nearly 7b km away ...

June 21, 0800 – The Marengo runs out of fuel, and while it made excellent time, the Amerigo Vespucci is yet a little over two days away.  

June 23, 1230 – The Amerigo Vespucci rendezvous is complete, and soon both vessels are on their way.  An embarassing moment for the Fleet(such as it is), but no great harm was done.  There’s nothing comfortable, for certain, about running out of gas over three billion kilometers away from home.

July 3 – The Southampton is underway again, the third freighter to be refitted.  The only one remaining is the Custer, whose return trip from Titan will be completed at the end of the month.  For now, the Southampton will take over the duty of getting standard mines to the colony.  

July 28FT Custer is the last to begin refitting to the II-xe variant of the Fletcher.  

October – Most of the freighters and the rest of the fleet are now idle as SPACE enters a quieter time after the flurry of activity.  Every couple of weeks a new mine heads to Titan aboard the Southampton or to Vanbiesbroeck on one of the other freighters, but other than that the traffic is nearly all civilian.

November 22 – The FT Custer is the last to be refitted.  The obsolete and unneeded FT Victoria is to be scrapped now.  
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #141 on: September 04, 2013, 08:43:17 AM »
2050 ANNUAL REPORT

Operation Uncertain Hope

March 9 was the most significant date this year, marking the completion of research into Jump Engine Squadron Size by Sanko Matar’s team, a significant milestone.  The next step is a crucial one, specifying final capabilities for the jump engines and standard propulsion engine that the vessel will need.  After poring over various options, it was determined that the upper end of the initially estimated size range was most likely, close to 10 kilotons.

Current efficiency technology requires that a military jump drive be one-quarter the size of the ship it is opening a wormhole for.  The MJD 50-3a will require 100 crew members to service by itself, and take considerable effort to prototype.  

Also needing consideration is the fact that while there is some duranium required, the primary mineral needed to build it is sorium – almost 230 tons.  This is the first industrial application of sorium to be found, and building the required ships will further drain the amount available to the refineries.  The Saturn Harvesting Project just became that much more important.  

Standard propulsion also needed new engines designed.  The engineers estimate that there will be room for about 4kt of engines, allowing for twin 2,000-ton engines to be the most fuel efficient configuration.  There was a rather lengthy discussion about how much power to shoot for, a debate that largely centered on speed vs. fuel economy.  The choice was made to sacrifice some fuel for speed in this instance, given the huge distances that will need to be traveled.  Making more trips to refuel would just eat up more of the reserves.  The massive CNT 40-50c will be about 20% more fuel efficient than the Fletcher-class freighters, and allow for a much higher top speed which should be about 1000 km/s, possibly a little faster.  This would allow for a journey across the width of a system similar in size to ours of in about four months.

Makar will head up the jump drive prototype team, with one complex reserved for the standard propulsion engine team and Dr. Ignacio Bavaro.  It is expected to take about a year for these to complete, at which time the Pioneer class will be finalized.  The other obstacle is expanding the Wartsila Shipyard to the required size to build it.  At present, capacity is just over 6kt, so it is well on its way, but it will likely take some months, maybe even a year or two longer than the research teams.  After that, retooling of the yard will be necessary before construction can begin, which is estimated to take a full two years on it’s own.  There are still many uncertainties, but current estimates are that the first operational vessel is extremely unlikely to be ready before 2055, and could very well require most of the decade before it is underway.  Most of the technical obstacles are in the rearview mirror though, it’s a matter of time and hard work by millions remaining before the job is completed if all goes well.

Most of the balance of the year was spent reviewing highly routine reports and in a fair degree of boredom and frustrating anticipation for Director India Rakes.  A new recruit would be commissioned, another mine sent to Titan or Stephan-Oterma, the colonies continued to grow, medical issues, the occasional very minor adjustment to industrial allocations on Earth, civilian corporations produced new ships from time to time, etc., but in each case her job was only to keep the beauracratic machinery moving.  The most significant development was the improvement in mining efficiency on several outposts brought about by increased skill of the civil servants.  Herbert Duling, Jarrett Hugh, Carroll Westcott, Delois Woznicki, and Francesco Alborn all had noted improvements.  These allowed the supply of duranium to stabilize and even(very marginally) creep higher late in the year.  As for Rakes herself, she spent the time improving her political connections(20% now) to give herself a better shot at re-election.  Ever the politician, as the job requires.  

A few days before Christmas, on December 21, Uncertain Hope moved one step closer to completion in the year’s most significant development.  Dr. Ignacio Bavaro’s team completes research into the CNT-40-5c engine that will power the Pioneer class.  It is also determined that the vessel will require 750k liters of fuel for its extended tours: this is a bit more than the current freighters, but a bit less than the original Fletcher II design. In about three months, the final design piece of the puzzle is expected to click into place, with all the kinks worked out of the massive jump drive.

Colonial Developments

Venus is next on the hit parade for the 2% Initiative, though it’ll take some years to get enough to set up a basic colony there, probably about five years.  Mercury will be next, followed by the four habitable moons of Jupiter.  Initial deliveries result in no activity, as expected.  Meanwhile Luna, Mars, and Titan all grew steadily or better, with a total of over 16m now living beyond Earth by year’s end.  On June 3, a second civilian mining complex has been activated on Sedna.  We gladly will continue purchasing the output, which is now over 200t duranium along with almost that much uridium.

Fleet Operations

The FT Victoria was scrapped on January 3, with the rest of the year’s news decidedly routine.  A mass driver was activated on Stephan-Oterma in February, with new recruit Burt Stonerock(seriously, that’s his name.  You can’t make this stuff up) escorted in as the initial governor.  The next couple of years will see available mines go to the highest duranium concentration of any comet(over 25kt).  A sizable amount of  sorium(almost 17kt) is also available.  

Commissioned Officers  

February – With the improvements of new recruits, it is now expected that Col. Benjamin Berkeley will be out of a job at the first of the year.  Early retirement is strongly encouraged.  

March 4Jay Cin III has increased his Fleet Movement Initiative to the slightly less pathetic 114.  

July 8Christopher Blair has some new friends(political reliability now 10%).

Early August – Santo Makar continues to improve, now possessing a 60% bonus to his research efforts.           

Late NovemberJay Cin III increases crew training skill to 175.

Research & Development

March 6Dr. Elwood Tousant announces that the EM 5-5 Sensor Suite(Electromagnetic Sensors) has been successfully prototyped.  Unfortunately, he managed not to learn a darn thing about the field in general during the process.  The space is now the third complex to be added to the Sorium Harvester project, which is still slated to take another five years.  

Jump Point Survey Operations

March 23 – The GSV Hopeful leaves Earth again on what is expected to be it’s final mission: there are eight more jump locations to scan. It would be May before they arrived, nearly a 50-day trip from Earth to the outer reaches of the system.  

November 14 – For the first time in well over a year, a new jump point is found!  Jump Point Gamma is 5.9b km out, bearing 258.  The Hopeful has only two locations remaining to survey ...

Earth

April 1 – For a third year in a row there is April Fools’ Day news: Vickers-Armstrong has added a second slipway.  The shipyard goes silent, part of a general order for no new non-essential shipyard operations to conserve duranium as the stockpile continues to be slowly depleted.   The only active shipyard at the moment is Wartsila, which continues expanding it’s way to 10,000 tons capacity.  
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #142 on: September 04, 2013, 05:46:52 PM »
We can forget that ping ... SPACE beauracracy decided to retire Col. Berkeley, claimed that he had not received an assignment in the past 18.2 years(nonsense).  Ahem.  He served honorably for 20 years, I don't care what they say, and is worthy of remembrance. 

You may regen if you wish. 
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #143 on: September 05, 2013, 08:51:31 PM »
As to the matter of Herman Fox, there were many factors in his favor concerning the proposal.  He's got a certain amount of clout based on his position(distant but steady third among SPACE politicians behind Duling and Rakes), there is limited security at the completely inactive fighter factories, and costs would be minimal. 

However, the plan did run into a couple of fatal snags.  One:  there's no place to put the fighter.   Boat bays haven't been researched(I believe I've mentioned this before :)).  Secondly, research complexes are hard to come by and constantly scrutinized, and prototyping even a small jump drive is not cheap.  Running the numbers, about 400k man-years.  To achieve something like this, he would need to call in a fairly astronomical number of favors. 

Problem is, he doesn't have any(political reliability:  zilch, one reason he hasn't done better in the elections).  So, in RP terms, he got a blunt message back from his 'aerospace friend' saying what he wanted couldn't be done and pointedly encouraging him to 'use the proper channels, lest you get one of us fired, or worse'. 
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #144 on: September 05, 2013, 10:28:03 PM »
2051 ANNUAL REPORT

Overview

All eyes were on the completion of the jump drive research in March, but that report wasn’t due for a month and India Rakes had to deal with a conference call she’d just finished with Luna Governor James Earl Jones V.  He’s reported some serious unrest on the colony, with the citizens lamenting the ‘lack of military protection’.  

Isn’t that just like a civilian?  Clamor for new worlds to settle, then whine about the crime after you get there.  They were told they would be on their own, were they not?  One couldn’t go around acceding to the demands of every segment of society, but from what Jones has reported, this isn’t likely something that will go away.

It was quite fortuitous that the clamor didn’t get too loud before the jump drive prototype was finalized on March 10 by Santo Makar’s team.  At this point, Operation Uncertain Hope entered its final phase.  The Pioneer class was finalized by the engineers, and it was discovered a considerable and fairly costly miscalculation had been made.  Specifically, the maintenance requirements for the jump engine had been underestimated by several factors.  Adding the required supplies meant something had to go to keep the ship at the maximum size of 10kt.  Some fuel went, some crew space went, and the final deployment time could be set no higher than 49 months – almost a full year less than that of the original specs.

Final operational details:

Size: 10,000 tons(right at the jump drive limit)
Crew: 240
Speed: 1000 km/s.  
Fuel: 600,000 liters
Cost: 1.004 million credits, the first ship to cross this threshold(50% more costly than the
Spruance-B colony ship)
Build Time: 20 months

So it hadn’t gone perfectly.  Or even close to it.  But there was nothing for it now, the only alternative would be to make the ship bigger, redesign an even larger jump engine, wait another year for it, etc. – that wasn’t going to happen.  This was good enough.  Or at least, it had better be.  Wartsila Shipyard was still expanding at 8300 tons currently, so it would be some time before retooling could commence.  In the weeks that followed, it was also decided(far too late) that expanding the horrifically inadequate state of Earth’s maintenance facilities had to become a priority.  

The research team switched to working on a commercial jump drive, the reasoning being that it was pointless to explore if there were no way to exploit anything that might be found.  Therefore a commercial ship, henceforth to be known as the North Carolina class jump ship, had to be designed and capable of escorting the freighters through the jump process.   While the plan was initially to retain some cargo capability, it was eventually decided to minimize the size and cost of the vessel to what was needed for jump capability only.  

In late May, the North Carolina specifications were nailed down:

Size: 19,200 tons
Speed: 520 km/s(a hair faster than the Fletcher II-xe, powered by quad CNT-25-4 engines, the most efficient available)
Fuel: 250,000 liters
Range: 34.3b km
Crew: 133
Cost: 378k
Build Time: Just under a year, 50-51 weeks give or take

The P&A Group would take the rest of the year to retool to the new ship design, but it would still be finished years ahead of any Pioneer so there was no rush.  This left Rakes with another major decision: with the jump research done for the moment, what would be done with the laboratories that had been used for it?  Some went to existing, underfunded projects, while two more were begun: Improved Terraforming Rate(Dr. Clint Wyche) and Fighter Production Rate(Dr. Curtis Gloster, in his first project lead assignment!).  

** Note:  See the R&D section of your report for a prognosis of the current research policy.  

Most of the late summer and full was then spent observing closely the progress at Wartsila.  On November 9, retooling to the Pioneer class finally began and the finish line seemed that much closer, with estimates now pretty locked in on the timeline.  Sometime between Christmas 2052 and New Year’s(i.e., right on the eve of the election!!) the retooling should be complete, which would put the first operational vessel in the second half of 2054.  For better or worse, this phase of human advancement should be completed by the middle of the decade, and SPACE will know what we’ve got(if anything).  

By the end of the year, considerations for the Office of the Director were mounting.  The steady but incremental increase in duranium continued, now just a hair under 3kt per annum.  Long-term sources were needed, and that will mean going to the edge of the system.  There are a couple of notable asteroids, Sedna obviously could do with some official mines to keep the civilians from charging us for it all, and of course the nearly half-million tons on Triton would be a great source.  Or should we simply go for the less accessible but far easier to reach 14mt on Venus?  

Then there was the unrest on Luna, which has now reached 77% and is showing no signs of turning around.  It’s all well and good to say they got themselves into this, but not helping them out of it was not an option(and not just because Governor Jones won’t stand for it).  There are over 11 million on the moon, and they have far too many friends and relatives on earth to just ignore them and allow the colony to go to pot.  

Of course there was absolutely nothing that could be done immediately: the technology to get military help to the moon(or in some cases to get the military help, period) does not yet exist.  A series of executive orders that essentially admit a failure of foresight on the part of SPACE dramatically redrafted research policy(again, see the R&D supplement).  Any non-critical projects using more than one complex were reduced to one, with additional resources diverted to the Troop Transport Bay project.  Two more research projects were also begun, Boat Bays(Dr. Brandon Grimmett, famously the lead on the JupSat Survey Team), and Active Gravitational Sensors directed by Elwood Tousant.  

Additionally, it is becoming clear that more and more stress is going to be put on the industrial capacity of Earth.  More and more things keep popping up that MUST be done NOW(with no possible way to do them even ‘reasonably soon’).  There simply isn’t anything to be done about this at the moment, because the limiting factor is still mineral resources.  Having more factories without the raw resources to supply them would be worse than pointless.  Stephan-Oterma is nearly to Mars orbit on its path away from the sun now, and for the next year at least it will continue to be the recipient of whatever automated mines are produced.  After that though, there will be many hard decisions.  Funny how these moments always seem to coincide with an election year ...

Commissioned Officers

JanuaryCaptain Ellie Camble is promoted to Rear Admiral.  Shortly afterwards, Kendall Muratore is promoted to Captain to take her place.  Muratore is a veteran commander at 40 years old, and has a varied history with commands on survey ships, freighters, and transports to his credit.  

Early JanuaryHerman Fox’s Factory Production is up to 25%.  

February – This year’s officer purge claims 13, including Col. Benjamin Berkeley and Lt. Cmdr. Alex Rossi.    

Research & Development

February 1Deacon Palmer’s team completes research increasing fuel production per refinery to 24,000 liters(+20%!).  He’ll now take over the Sorium Harvester Module project from Dr. Shannon Pateson, who got it to about a quarter completed.  This leaves two complexes empty, one goes to Dr. Brandon Grimmett for a study into Garrison Battalion(needed for the colonies), and the second is added to the Jump Drive research.

Right now the research teams are entering another phase of cleaning up relatively quick but not particularly essential projects.  One never knows when a particular branch of technology, such as the two above, might be needed and so it is prudent to have a basic level of knowledge even in those areas which are not a major focus.  There are a record 8 ongoing teams in the 15 laboratories.  The rule of thumb being used to decide how many laboratories are being used is to ensure any project is completed in less than five years.  This allows for what is deemed a reasonable balance between making progress in the ever-increasingly difficult demands of scientific advancement, and developing the minds of tomorrow in case they are more urgently needed(i.e., having a constantly improving scientific ‘bench’ of experienced project leaders).  

At present levels of research difficulty, technology, and scientist skill, this means 1-3 laboratories are devoted to each project.  

July 17Dr. Everette Snuggs’ team completes its report on Tiny Fuel Storage Module.  The Fighter Production Rate team takes over the space, and Snuggs takes over for Brandon Grimmett on the Garrison Battalion project.  

July 30 – Pebble Bed Reactor research complete(Sanko Matar).  He’s assigned to looking for further ways to improve fuel efficiency.  A research gap is expected now, with nothing further expected from the existing teams until spring or summer of 2053, nearly two years down the road.  

A major shift at the end of the year occurred in research priorities as mentioned in the Overview.  Specifically, this relates to military priorities.  The general pattern of deciding ‘what is the best thing to research next’ has been a combination of value and cost.  Nothing over 5k RP has been researched yet, to keep it within a reasonable timeframe as discussed above.  Military technology, being a non-issue up to this point, has only been researched when it is 20% or less of the cost of the least expensive ‘domestic’ or ‘economic’-focused technology.  This has been done to simulate it’s low priority on SPACE’s radar screen.  With the issues on Luna, this has been shifted(particularly as it relates to basic ground unit technology and the ability to transport said forces) from 20% to 50%.  This means from a relative point of view, the focus is not as strongly on the domestic sector but that’s still where it is long-term.  In the short-term, there’s some ‘catching up’ to do as basic military technology in many areas is still unknown.  A rather unavoidable side effect of all this is the fact that badly needed economic techs will go unresearched while cheaper and equally necessary in their own way military technologies progress, at least for a time.  

Jump Point Surveys

The final survey is completed in early February, and the Hopeful begins the journey back to Earth.  SPACE now has yet another ‘expensive shuttle.’

Earth

February 13 – New research lab on Earth. Dr. Shannon Pateson begins a new project on developing a jump gate construction module for ships.  A jump gate could potentially allow ships to transit a jump point without the use of a jump drive, significantly easing transport between systems.  Kind of putting the cart before the horse, but it was deemed the next priority.

May – Fuel reserves are climbing again, reaching 28 million for the first time.  

October – Voliva launches the first ever luxury liner, a ship to essentially ferry tourists to the colonists.  They now have the largest single human fleet, with 17 vessels and rising.

Fleet Operations

July –  Titan also has reached its full target complement of 25 mines.  It is basically on it’s own at this point.  The only real naval activity left at this point is shipping an automated mine to Stephan-Oterma, now about at close approach, every month.  
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #145 on: September 09, 2013, 05:08:43 PM »
2052 Annual Report

It was an election year filled with looking ahead to the future much more than it was about current events.  While construction began in the first week on the JS Velociraptor, first in the North Carolina class, the most notable event was the summer completion of Troop Transport Bay research, and the subsequent design of the TT Portland:  

Size: 4300 tons
Crew: 35
Speed: 581 km/s(1 CNT 25-4 efficiency engine)
Fuel: 60,000 liters
Range: 36.7b km
Cost: 137.5(6-7 months)

This was a perfect first job for the Vickers-Armstrong Yard, which immediately began building a pair of them.  They’ll be ready early next year, well before the time that we’ll be prepared to actually transport troops.  Meanwhile, work continued on various fronts, and stability on Luna continues to decline(52% at year’s end)

Colonization

It will be several years before a sufficient amount of infrastructure is up and running on Venus, but the corporate ships responded this year with the first-in colonists.  Apparently the harsh environment is not going to scare them away, though it remains to be seen when(if ever) enough of a colony will be present there to make it self-sufficient.  

There are now more than 43 million humans living somewhere other than Earth, 4.5% plus of the total population.  

Commissioned Officers

Early JanuaryJoe Tycho has improved his research bonus to 20%.  Hard work such as this is rare in an unemployed scientist, and gives him a better shot at getting into the action as it were down the road.

February – I’m completely befuddled as to why, but there were no officer terminations this year.  Some certainly qualified for it ...

Mid-June – Light dawns on marble head! Elwood Tousant finally managed to wrap his mind around some Sensors & Fire Controls concepts, increasing his bonus to 10%.  He’s now our foremost(i.e., only) expert in that field.

Late JuneSonny Dean’s administrative rating is up to 3.

Late JulySonny Dean’s Factory Production Bonus is up to 20%.

Early AugustJay Cin III’s Fleet Movement Initiative is up to 154.  

Late AugustHerman Fox’s Admin. rating is up to 6.  

Private Sector Activities

Early February -- Tolles Transport & Logistics becomes the sixth civilian shipping line.  By April 1, they had their first freighter in operation.  

November 10 – Another shipping line. Forbius Carrier Ltd.  What else is new.  However, since Voliva and Jensrud are each larger than the others combined, those are really the only two that matter right now.  

Resource Development

May – With 28 operational automated mines, Stephan-Oterma is now the largest mining operation outside of Earth.  A further half-dozen or so are planned.

Research & Development

** June 28 – Troop Transport Bay research completed(Dr. Cedrick Wormack).  He moves on to researching general increases in the combat strength of our ground forces.  Additionally, Ignacio Bavaro is assigned to 10cm Laser Focal Size, and Eva Vadnais(first project) to Turret Tracking Speed 2000 km/s.  An obscene 11 projects are now under way.  

** July 1 – With a new research lab now available, Harlan Welle begins looking into improving missile magazine ordnance storage efficiency.  Also, somehow previously overlooked, the terraforming team has an extra lab and that was taken away to allow Karabishi Juishao to work on Magazine Ejection Systems, the chance that a magazine will eject it’s ordnance if hit(otherwhise it explodes).  A mind-boggling 13 different research projects are now underway, with only the Sorium Harvester Module and Active Gravitational Sensors still warranting more than a single laboratory.  This leaves just under half the scientists still unemployed ...

Earth

November 18 – The JS Velociraptor is complete, and provisionally assigned a CO.
« Last Edit: September 09, 2013, 05:45:48 PM by Bryan Swartz »
 

Offline Bryan Swartz (OP)

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #146 on: September 09, 2013, 05:44:55 PM »
A new decision point has been reached.  With the advent of space-based weapons on the horizon now, what should SPACE's combat doctrine be based on right now(carriers, boarding craft, PDCs(fighter/missile/etc.), beam weaponry, long-range missile engagement).  Feel free to hold forth with any opinions, I'll probably need more help in this area than most others. 
 

Offline Jacen

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #147 on: September 09, 2013, 06:25:25 PM »
Beam ships, considering the low tech level and mineral problems. It's also cool to read about.
 

Offline Mel Vixen

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #148 on: September 09, 2013, 07:07:02 PM »
I vote for railgun-PD. It realy depends how vast your researchbase is. Missiles are heavy on minerals while each other weapon has its pros and cons.

If you need range quickly go with particles the punch is decoupled from the distance. The con is the steep cap requirments. On the other end of the spectrum are Carronades. Again energy hungry beasts (space flamethrowers) but with less range and a hell more punch. Carronades only need there calibres researched.

You can use both in a combined approach building a ship with a couple of small, quickcycling particles and the biggest Carronade you can find. This combination means that you get two weapons for the price of one essentialy. Its achilles heel are Missiles.


I normally go with rails, they make better PD then Lasers because they can "hit" 4 times in a single shot. The lack penetration though makes them medicore as headon engagement weapon so i combine them with some missiles.




(Also dont forget to herman fox's planned little trip to the stars.)
"Share and enjoy, journey to life with a plastic boy, or girl by your side, let your pal be your guide.  And when it brakes down or starts to annoy or grinds as it moves and gives you no joy cause its has eaten your hat and or had . . . "

- Damaged robot found on Sirius singing a flat 5th out of t
 

Offline Erik L

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Re: The Galaxy Awaits ... Choose Your Path!
« Reply #149 on: September 09, 2013, 08:08:16 PM »
Go with your strengths. Energy weapons if you got a scientist there, missiles if you got a kinetic/missile guy.