Lab Ship From Hell?
Kurt Feltenberger
(04 Jun 2015 18:52 UTC)
|
Re: [TML] Lab Ship From Hell?
Richard Aiken
(05 Jun 2015 06:19 UTC)
|
Re: [TML] Lab Ship From Hell?
Kurt Feltenberger
(05 Jun 2015 22:23 UTC)
|
Re: [TML] Lab Ship From Hell? Phil Kitching (05 Jun 2015 23:16 UTC)
|
Re: [TML] Lab Ship From Hell?
Kurt Feltenberger
(05 Jun 2015 23:24 UTC)
|
Re: [TML] Lab Ship From Hell?
Richard Aiken
(06 Jun 2015 08:00 UTC)
|
You wrote: > Does anyone still have the post that detailed the Lab Ship From Hell? I > forget who posted it, but it was sometime back between 1999 and 2003 or > so. Of course, although not my original post. It was on the ISBA list that was used for ship design competitions for a short time. Anyways, here is my late submission in all its glory... ----- Begin forwarded message ----- Date: Sun, 5 Sep 1999 01:39:11 +1200 From: Andrew Moffatt-Vallance <a.vallance@netaccess.co.nz> To: ISBA <ISBA@goldinc.com> Subject: The Lab Ship from Hell (was: Late THUDDD 9 submission) From: "Jason T. Barnabas" <cybernaut@netzero.net> Date sent: Fri, 3 Sep 1999 16:41:54 -0700 > On Friday, September 03, 1999 at 2:55 PM and at 2:56 and at 2:57 and at > 3:02, Anthony Jackson wrote: > >Oh, you could add the 'lab ship with superconducting > >supercollider' (whatever that abomination was > >named) to the voting page... > I did not close the entries, that was before my time. I > do not have a copy of "whatever that abomination > was named." I don't have the time to spend on the > mod's needed to add the unnamed abomination. > However, to be fair; if you would like to save a copy > of http://thuddd.homepage.com/thuddd9.html on your > hard drive and add the design and voting section > mentioned (use the code name "lea") and send it to > me as an attachment to a private email to me > <thuddd@netzero.net> and I'll be happy to post it to > the web. Voting still closes on the 17th and the > longer you take getting it to me, the more people > may vote and their votes count as 0. Well I hunted through the TML archives and found it. It is a Phil Kitching design, and it is truely frightening. I've included Phil's complete post, so it can be seen in context (I hope you don't mind Phil). However, without further ado, to quote from the TML at the time "Behold the power of a fully operational Lab Ship": ************************************************************* Date: Thu, 18 Jun 1998 20:36:12 +0100 From: Phil Kitching <PhilK@btinternet.com> Subject: THUDDD 9 Lab Ship (long) The following attempted entry into the Labship THUDDD totally failed to make the deadlines. With my luck with email, it might never have left my machine :-( Fundamentally big sensors are expensive and I would want more than 400std for a biillion credits. So the following design is a bit different. I felt jump 2 was too much, besides it can cary at least 100 "normal" lab ship designs. Finally a plea - could THUDDD be brought back to the TML? After another round of piracy... Phil Kitching ======================= ConCERN-1, Supercollider class, Laboratory Ship (FF&S v2, the Andrew Atkins Spreadsheet) Designed by Postmark Design Bureau, Emerging Technologies Division Design Philosophy Why more than 1,000std? The main failing with most laboratory ship designs is the total failure to define what the ship is intended to do. The current trend for jump capable lab ships in the sub 1,000std range is pointlessly expensive without actually giving any capability. Most scientific missions require world surface contact and emphasise long duration on station. Under these circumstances, the jump drive is not required and a non- jump capable boat would be more effective. If this is required, the Postmark Design Bureau can happliy supply this need with the Exploration Pod, the prototype of which forms part of the Pioneer X Exploratory Trader. Even this is excessive. The research of our scientific economics department indicates that most teams would find, suitably equipped modules for the obiquitous modular cutter the most cost effective solution. Capable of easy redeployment by any available merchant, they can form ground and space facilities to any requirement. For more exacting missions, 1,000std is insufficient because it is unable to carry the largest sensors, the resulting ship being little more use than a cheap scout ship. So Why 280TCr? The ConCERN-1 is built inside a particle accelerator torus 2,500m in diameter, the diameter of the accelerator tube being 220m. Combined with the ability to accelerate particles for 100 laps, gives a supercollider of the first order and defines the size of the vessel. If the only purpose of this ship was to be a supercollider, then there would be little point in the manoeuvre and jump drives. The ConCERN-1 allows the particle beam to be focused and used as a probe for distant astronomical phenomena. With care in setup, an energy density of 624TJ/cm2 can be maintained out to over 2 light hours (16AU). With the ability to repeat the experiment every other minute if required, there are almost no limits to the discoveries awaiting the purchaser of ConCERN-1. This would be of little use if the results cannot be detected. For this reason, a complete range of the finest sensors available has been fitted. Note that, even with the great size of the ConCERN-1, these massive arrays will only fit as folding arrays, demonstrating once more the futility of smaller vessels. These sensors allow many astrophyical observations to be carried out. In addition, a large number of supplmentary sensors have been fitted, along with probe launchers and laser batteries with which to conduct surface ablation experiments. In order to hold all this together, the structure is built to withstand 3G stresses from the operation of the supercollider and it is wrapped in 1m of superdense. Besides, if 100 ships are ordered, the cost of the ConCERN series will be reduced by 56TCr each by quantity discounts, a saving of 5,600TCr. The needs of the Scientists The ConCERN-1 is able to fully cater for 4,000 scientists (1 lab for each team of 4) plus numerous assistants (for a total of 10,000) and a like number of dignitaries and media. In addition to full multi-room conferencing throughout the ship, larger conference and lecture halls are available for the presentation of results to one's piers. The 100 vessels of up to 1,000std each allow ships such as those from our competitors to be carried as remote sensing targets for the supercollider. In addition the 4,000 50std boats can be used to ferry the crew of over 2 million between ship and planetary installations. These are supplemented by 8,500 lifeboats for use in emergency situations. Of course many alternative types of craft can be carried depending on requirements. Statistics Tons: 90,000,000std (USL Thin Disc) Volume: 1,260,000,000m3 Mass (L/C): 2,003,253,400t/1,974,773,499t Cargo: 1,100,000std (0/100/Hdl:200x80ton) Dimensions: 2,519.3m x 2,519.3m x 254.6m Size: 12 Maint. Points: 65,561,044 Crew: 1,625,871/2,159,970 Passengers High: 10,000 Science: 10,000 Tech Level: 12 Cost: 279,223 GCr Electronics Controls: Dynamic, High automation. Bridge 1x FltComp (CM:0.35 CP:2.86) 10x Comp (CM:0.35 CP:2.86) 20x FibComp (CM:0.35 CP:2.86) Communications: 10x TB Radio Rec. (1,000AU, 0.02MW) 10x Radio (1,000AU, 0.2MW) 100x Laser (1,000AU, 0MW) Sensors: 1x Sci Fld Passive Scanner (16 [5,000mkm] Sci Fld, 750MW) 1x Sci Fld PEMS (16 [5,000mkm] Sci Fld, 1,000MW) 1x Sci Fld AEMS (14.5 [500mkm] Sci Fld, 2,500,000MW) 100x Sci LIDAR (15.5 [5mkm] Sci, 6MW) Survey/Science: 5x Densiometer ( 9.5 [1600km] Sci Fld) 10x Neutrino ( 9.5 [1600km] Sci, 5000MW) ECM: 100x Radio Jammer ( 1,000AU, 0.4MW) 10x Decptive Jammer (14, 390MW) 50x Pasive Jammer (16, 15.6MW) 1x Decoy Dispencer (1 units ea.) 3x Active Decoy Dispencer (1 units ea.) 3x LIDAR Decoy Dispencer (1 units ea.) Signatures: Vis:1, Act:1, Neu:2, Grav:2, IR: 2 (2 at 53,237,329MW, 2 at 40,570,488MW) "Weaponry" 1x Supercollider (+4) 2/24-24-24-24 [1,10/8804- 8866-8866-8804] (LR) 1,000x Probe Launcher Auto 4/4 (/Mag:76 /MFD:500,000km) w/80 Command Probes 6G12 1000AU 2,000x Light Laser Turret Battery (+4)1/12-2-0-0 [10,400/40-20-10-5](LR) Performance 1 Jump (9,000,000std/pc fuel) 1/1 Maneuver (/Thruster:50,400,000MW) 9 Power (/Fus:405704883MW,1yr ) 13,346,838 Fuel (/Purif:144,46714MW) 315,477 Large Staterooms 1,854,493 Small Staterooms 43,199,400 Life Support (/Ty:St,Mn) 1 G-Comp 200 Sandcasters (/AV:2000 /Cans:20) 200 Damper Turrets (2MW /Rng:3000km) 2,000 Damper Screen (25,600MW) 2,000 Meson Screen (25,600MW) 130 [2,000] Armor, 59 Structure Features Electronic Shop (6,000std) 400,000x Airlock Machine Shop (10,000std) 10,000x Decontamination Airlock Ship's locker (45,000std) 1,000x Laboratory (8std ea.) Armory (25std) 4,000x Sickbay (8std ea.) Gym (125,000std) 100x Conference Room(100std ea.) 100xOrdinary Galley (Cap:5,000) 2x Lecture Hall(1,000std ea.) 80xFull Galley (Cap:5,000) Small Craft 2x Minimal Hangar (2,000 craft x50std ea., 1 hatch, 50x Launch Tubes) 2x Spacious Hangar (50 craft x1,000std ea., 1 hatch) 1x Jettison Bay (8,500 craft x10std ea.) Backups Screens: 1x Meson Screen (/PV:2000) Communications: 10x Radio Rec. (1,000AU) 10x Radio (1,000AU) 20x Laser (1,000AU) Sensors: 10x Sci Pas. Scanner (15 [500mkm] Sci) 100x Sci PEMS (14.5 [160mkm] Sci) 6x Sci AEMS (13.5 [50mkm] Sci) 100x Sci LIDAR (15.5 [5mkm] Sci) Survey/Science: 2x Densiometer ( 9.5 [1600km] Sci Fld, 0MW) 2x Neutrino ( 9.5 [1600km] Sci) Crew Details 27xElec. 1,152,444xEngr. 177,921xMain. 423,425xGunn. 1,046xScrn. 8,000xFlgt. 10,000xTrps. 295,477xCmnd. 73,621xStew. 18,007xMed. 2xMnvr. - -- - - -- Philk@btinternet.com (don't blame BT for any of this, they only pay me:) http://www.btinternet.com/~salvo (sorry no Traveller) The true meaning of "Dark Horror" in Call of Cuthulu is not appreciated until you face Ewoks riding Gaint Space Hamsters.