Turn 13: 1958-1959
World news:
Under the pressure of the German threat, the citizens of Austria have united themselves to aid their governement. The aid each other in these perilous days
(Global Economical crisis: Thanks to the quick intervention of several states and the IMF, the economic crisis was quickly resolved.
-Scientific: +5 bonus to research (Lv 2: +10)
-P.R.- ific: Pr. Bonus/minus to (others) launches. LV 2: Increased bonus
-
Enginious: + 5 bonus to engineerins LV2: +10
-Astronautical: +5 bonus to training astronauts( Lv2 : +10)
-Managing talent: +10% extra money. LV2: +15%
-Other: To be discussed
County relations:
USSR US Spain Scot China W-Germ Austria Canada
USSR: Neutral , Neutral, T-A, Neutral, Neutral, Neutral Neutral Neutral
US: Neutral, Neutral, Neutral, T-embarg0, Neutral, Neutral Neutral Neutral
Spain: T-A, Neutral, Civil war*, Neutral, Neutral, T-A Neutral Neutral
Scotland:Neutral , T-Embargo, Neutral, Neutral, T-A , T- Embargo Neutral Neutral
CHina: Neutral , Neutral, Neutral, T-A , Neutral, Neutral Neutral Neutral
W-Germ:Neutral , Neutral, T-A , T-Embargo, Neutral, Neutral Cold war** Neutral
Austria : Neutral , Neutral, Neutral, Neutral, Neutral, Cold war** United Neutral
Canada: Neutral , Neutral, Neutral, Neutral, Neutral, Neutral Neutral Neutral
*See Khashyk's turn
**: See Ghazkull's turn. Cold war results in increased war fundings, but also occasional demands you have to meet or be fined.
-4 Regained II armed with thermobarics
2 Vengadors armed with thermobarics.
W.A.T. Yearly report
Research
Research:
Lab 1: Start Research into General Bio-Weapons and their possible application in rocketry (Secret Weapons Scientist +40) Work here progresses. However, several of scientists mention to you that developping bioweapons is against the Geneva conventions. There also seems to be a problem with the fact that rockets have a tendency to explodes in flames when landing, which could kill the diseases.
Lab 2: Research Larger Fuel Tanks (Fuel Scientist +10) Work here progresses. At the moment the capacity is very low, but the scientist say they can easily quadruple it.
Designs:
Build the Maximum of Regained II inclusive warheads what i can .
You build 2 regained II's with warheads.
Other:
We take a scientist specialising in Space Habitats (Life Support Modules, Space Colonies, Habitation Parts of Space Stations: anything that makes life in space or on other planets possible or easier).
You get a space habitat scientist.
Ask the German Government if they would be interested in Nuclear Powerplants. They are in fact interested. They would want to buy 2 of them for 15000 each, provided you build them.
You have 1 year left to supply the missiles. The German governement gives you 3000 to get the task done.
2000+2100+2000
ASTRO Yearly report
Research:
Dr Smith will develop a monitoring computer (free) Work here progresses slowly.
Lab 1 will develop a specialised landing module with the help of Konrad Becker and the new hull scientist (-$1000) Work here progresses. The lander is ready. However, to reduce the weight costs, most of it's structure is very fragile, it will need to be stored inside the rocket while in the atmosphere.
Lab 2 will develop a small thruster (around the same size and weight as the thruster I am using at the moment) using an altitude compensating nozzle to make launches more efficient (-$1000) Work here progresses, a bit.
Research cost:$2000
Design:
None this year.
Production:
2 Redstone II (-$1550)
1 Life support module (-$1000)
Production cost:$2550
Construction:
None this year.
Launch:
Launch 1: Test flight of Redstone II in preparation for Launch 2.
The test flight isn't really sucesfull, with the primary stage giving some minor technical problems. Still, all ends up well.
Launch 2: Launch the life support module(with anyone ASTRO can find who is willing to go into space) into a low earth orbit using the Redstone II rocket. Have the life support module spend 24 hours in space unless the pilot encounters serious problems in which case abort the mission.
You manage to find a skilled commercial pilot who wants to go into space. The mission starts great, with the primary stage preforming up to spec. It was decoupled as planned, and then disaster struck. The second stage failed to ignite. However, one of the scientist noted the problem was identical to the one they got during the testflight, and managed to resolve the situation quite quickly.
There were no serious problems with the pilot, although he reported to suffer from serious desorientation.
Other:
-Purchase the docking module blueprints from CHASE(-$200)
- The new scientist got a job offer from a compagny specialising in heavy armor he couldn't refuse.
Total cost:$2000+$2550+$200=$4750
C.H.A.S.E. Yearly report
Research:
Lab 1st floor: Fix the XL not-at-all-safe thrusters. . Work here progresses quite fast.
Lab 2nd floor (under Yi Shing): Space Stations, theoretical. Work here goes fast. However, complexity will result in the requirement of extra funds.
Lab 3rd floor: Research a three-person carbon-filtration life support unit. I expect I'll use it on vehicles and as the backup unit aboard the space station. You begin work on a 3 person carbon filtration lifesupport unit. ( I assume this is one of the needs resupplies thingies.)
Design & Production
Nothing.
Construction
None.
Missions:
None.
Taikonaut Training:
Recruit a good (7+ on a scale of 10) taikonaut. ($1000) You get an exceptional taikonaut.
Other:
Aerospace department investment (year 3 of 5) ($1000)
Sell docking system blueprints for $200 to any interested parties.
Total expenses: $5,000
STARS Yearly report
Research-Dr Faust makes the large thrusters more efficient. ( COmplexity= 2000)
-Team two designs a two stage rocket. WOrk here doesn't go very fluidly, though progress is made.
Construction1 'El Parajo Cantor II'
2 'Vengador's ( 1 with the Thermobaric from the Regained II)
MissionsLaunch the 'El Parajo Cantor II' with 2 'Mano de Ayuda's and a Comm Sat to stabalised MEO. The boosters are damaged beyond recovery.
The mission is a succes. +2 prestige
OtherSell the 'Vengador's to the Generallisimo. Tell him the of the threat, and request a military presence as guards. The Generallisimo buys your rockets for 2000, and gives you a basic guard.
Speculate on 1) How to reply to an anonymous letter and 2) Why someone would want rockets if they were able to destroy STARS Base.
1) Telepathic rebels( Or just pathetic rebles). 2) To blow up more stuff
Expenditure
3850 (2k Thrusters, 1K second stage, 750 El Parajo, 1100 Vengadors)
[/quote]
The tables remain even. That's wy the generallisimo sees it fit to launch 2 vengadors . Both hit their targets.
[50][41]
DWARF Yearly report.
Research:
Space Shuttle: Decrease the weight, without breaking my computers.
Booster Rocket: Increase the maximum size. Work here progresses. a bit.
Cockpit: The pilot module for the space shuttle, so astronauts can steer it. Crew of three. The existing life support module can serve as the theoretical basis. Work here progresses, but not fast.
Designs:
[Personal Design][0.23]
Firecracker MkI Booster Rocket
Height: 3m
Weight: 375 kg
Available Payload: 425 kg
Thrust: 800 kg to LEO
Added thrust: 375
Failure chance: 80%
Price:350
Components:
Booster Rocket hull (3 meter): 25*5-> 75kg
Small thruster (1 meter): 100kg, 800kg To LEO
Solid fuel tanks x2 (2 meter): 250kg
Actually, this thing is pretty much a joke at 3m. Design it anyway, it's free!
Building:
None this time. Damn you economy!
Other: The Scotonaut, whose name is Henry, needs training. Since he's already a natural, we'll train him by launching a Spear Mk III with him in the module!
The landingsmodule parachute failed to deploy. Henry will be missed.
Contact the government and see if they're interested in anti-missile defense systems, given the nearby tension. The governement isn't interested at the moment.
Price: 350+3000
Kingfisher: ASC monthly report
ASC:
Reesearch: Continue work on the two things. (DOn't do this please.)
Work goes fast on the sensors.
The solar pannels work well to.
Manufacture.: More Creepers! Another creeper is build.
Design:
Diamond 1[0.72]
Weight:100+100+2*(171.5)+250
Thrust: ENough
Price: 625
Faulure chance: 3%
3 Fuel tank.
1 Small Thruster
1 Sensor Suite
5m hull.
Build: A scientist training building. Not enough funds.
Outfit those creepers with small explosives. Done
[/quote]
C.a.s.p.
Player name: Anderson Spaceman
C.A.S.P
Canada
Research: German scientist will make the small explosive more powerful. He makes no noticable progress
I shall make the lifesupport have a higher survival chance. Work here progresses fast.
Designs: (You can switch payloads whenever you want to)
Timed Blaster T-12 V.I:
Weight: 863
Thrust: 1731
Max payload: 868
Price: 375
Single stage hull (5m, 250KG)
1 Payload
1 Thruster, 100KG
3 small fuel tanks. 513
Other: Send anything we learn in this year to the Austrians, for them to use, EXCEPT the gains from the American Trade. (sorry Kingfisher)
Look around Canada for a researcher that would like to join us. Nope, nobody, yet.
Invest 3000 into the Bank of Canada to try and prevent collapse. LUckly, you don't need to . The governements intervened.
Meet with the Canadian government to ask them if we can get involved with the Spanish civil war with our rockets. Nope, you can't.
2 rockets are build.
[/quote]
Cost: 2000+2000+375+375
Promises:( All due by the end of the stated year)
Toaster:
Kashyk:
Ruler of nothing:
Nirur Torin: Space station by 1965
Players:
Player name: Xin Su
Archetype: Lobbyist Political Commissar
Traits: Taikonaut trainer
Funds: 14575 (+15250)
Prestige:26
Organisation Name: Chinese Assembly for Space Exploration (CHASE)
-Motto: Ensuring China's dominance of the Solar System.
-Nation: People's Republic of China
Fuel Storage
- Small fuel tank ( 125 liters of liquid fuel per meter height)
-Normal fuel 110% more thrust [1.42]
- Solid fuel(Doubles explosion chance but 170% the amount of thrust of normal fuel [0.85])Note: Due the inability to turn engines on and of, cannot be used to get in orbit of something.
Propulsion
- Small thrusters Weight 100 kg, Failure chance 13%, 1meter high, Can carry 2.10kg of weight to LEO per liter fuel, Max fuel use: 1000)[1.85][0.86][2.71]
- XL safe thruster: Weight 600 kg Failure chance 33% 3m high, can carry 2.5 kg of weight to LEO per liter fuel, max fuel use 6000.[0.75]
Chassis
- Single stage hull(75 kg weight per meters high, max 10 meters)
- Reusable single stage hull(25% chance of reusability, 220kg per meter( This is just the formula freaking out), max 10 meters)[0.69]
-2 stage hull(192 kg per meter high) [0.52]
Payloads.
- Radio transmitter sattelite: 135 kg, 3 month lifetime, Sends out a periodic signal + Basic comms sattelite [0.74]
- Large solar powered radio sattelite:500 kg, 5 years lifetime, Basic comm satelitte [0.95]
- Escape rocket. Weight 50. Saving chance: 66% Max payload weight: 100[0.88]
- Docking system: Weight : 200. Allows docking. [0.50]
- 3 person carbon filtration lifesupport unit: 1 meter, does not contain seats nor return shield. 400 kg. Requires 100 kg of supplies a month. Battery lifetime: 1 day(requires 1 Solar panel) [47]
Theoretical and non components
- Solar power cells: 100kg, 5 years lifetime, produces power[2.5]
- Commercial solar power cells:Current profit rate: 1.250 [1.50]
- Life support: Theoretical: Almost high enough for a permanent medium lifesupport system. Can do a small lifesupport system ( 3 people max) [1.47]
- Space stations: Theoretical: High enough for 2 meter station pieces. Can be combined with other parts to make space station parts(no research needed)[2.20]
Expedition class light cargo rocket[0.58]
Height: 10m
Weight: 1850kg
Thrust: 2310.
Payload:560
Price:750
Failure chance: 13%
Components:
Single Stage Hull: 10m (750kg)
Small Thrusters: 1m (100kg)
Small Fuel Tanks: 8m (1000kg)
1m for payload module, swappable.
- 3 floor upgraded labs (2 research/year for $1000)
- SLightly bigger launchpad (Max rocket height of 20m)
- 2floor Mission Control (2 launches/year)
- 2 Floor manufacturing and design factory: (Can build 20 meter of rocket a year, can design 2 new rockets ($2000 + cost))
- Small security system
- Taikonaut training facility (1/10)
- Solar panel factory ( +1250 money a year)
- Aerospace departement: Can invest in the youth: ( 5 Years: 1000/Year. May result in one random scientist)
-0 flare class test rocket
-2 Expidition class light cargo rocket
A German engineer (+25 to designing)
- Yi shing scientist: +25 to extraterrestial structures
-Taikonaut one.[0.91]
-Taikonaut two.[1.03]
Player Name: Urist McLowe
Archetype: Engineer
Traits: Charismatic: Bonus to attracting/recuiting special people
Funds:26650 (+16000)
Prestige:26
Organisation Name: DeWard Aeronautical Research Foundation [DWARF]
Motto: Strike the moon!
Nation: Scotland
Fuel[ Storage
- Small fuel tank ( 125 liters of liquid fuel per meter height)
- Normal fuel 125% more thrust [2]
- Solide fuel: 1.74 times explosion chance, 160% thrust [0.8][1.04][1.84]
Propulsion
- Small thrusters Weight 100 kg, Failure chance 25%, 1meter high, Can carry 2kg of weight to LEO per liter fuel, Max fuel use: 1000)[1.24]
- Large Thrusters: Weight: 350 kg, failure chance:10%, 2 meter high, Can carry 2.58 kg of weight to LEO per liter fuel, Max fuel use 4000)[3][1][0.69][4]
Chassis
- Single stage hull(75 kg weight per meters high, max 10 meters)
- 2 stage hull( 100 kg per meter hight. max 20 [1]
- Space shuttle:444 kg per meter high, max height 20 meters, 75% reusability chance) [0.90]
- Booster rocket: 25 kg per meter high, max height 3 meters, 10% reusability chance [1.10]
Payload
- Cockpit module: 3 meter, 3 people, allows piloting, 1200 kg[0.33]
- Life support module, includes seating and return heathshield. 1 hour lifesupport, Max 80.5 kg, 87.5% survival chance 400 kg.[1][1.62][1.5][4.12]
- Escape rocket. Weight 50. Saving chance: 75% Max payload weight: 100[1.1]
- Computer Feedback: Weight 100 , +5% Safety[1.06]
The Squat Mk I[0.42]
Failure chance: 30%
Price: 425
Height: 5m
Weight: 975 kg
Available Payload: 125 kg
Thrust: 1150 kg to Leo
Components:
Single stage hull (5 meter): 75*5-> 375kg
Small thruster (1 meter): 100kg, 1000kg To LEO
Small fuel tanks x4 (4 meter): 500kg
The Spear Mk I[1.04]
Failure chance:1%(That's the minimum)
Price: 750
Height: 10m
Weight: 1850 kg
Available Payload: 450kg
Thrust: 2300 kg to Leo
Components:
Single stage hull (10 meter): 75*10-> 750kg
Small thruster (1 meter): 100kg, 2000kg To LEO
Small fuel tanks x8 (8 meter): 1000kg
[1 meter worth of future space]
The Sword Mk I[0.80]
Height: 7m
Weight: 1375kg
Available Payload: 350kg
Thrust: 1725kg to LEO
Price:575
Safety:10%
Components:
Single stage hull (7 meter): 75*10-> 525kg
Small thruster (1 meter): 100kg, 1500kg To LEO
Normal fuel tanks x6 (6 meter): 750kg
The Spear Mk II[0.37]
Height: 19m
Weight: 4678kg
Available Payload: 1975(calculated in the webversion of geogebra, that was a lot of scrolling)
Price: 1375
Failure chance:20%+20%
Components:
Stage 1:
2 stage hull (9 meter): 100*9-> 900kg
Small thruster (1 meter): 100kg, 2200kg To LEO
Normal fuel tanks x8 (8 meter): 1000kg
Weight: 2000
Thrust: 2300
Stage 2
1 stage hull ( 10 meter): 75*10-> 750kg
Small thruster (1 meter): 100kg, 2200kg To LEO
Normal fuel tanks x8 (8 meter): 1000kg
Weight: 1850
Thrust: 2300 kg
The Spear Mk III[0.82]
Height: 20m
Weight: 4550 kg
Available Payload:LEO 3188
Price:2100
Failure chance: 1%+1%
Components:
Stage 1:
2 stage hull (10 meter): 100*10-> 1000kg
Large thruster (2 meter): 350kg, 3125kg To LEO
Normal fuel tanks x8 (8 meter): 1000kg
Weight: 2350kg
Stage 2
1 stage hull ( 10 meter): 75*10-> 750kg
Large thruster (2 meter): 350kg, 3125kg To LEO
Normal fuel tanks x8 (8 meter): 1000kg
Weight: 2100 kg
Lance MK1[0.21]
Price: 2100
Failure chance: 35%+25%
Height: 20m
Weight: 4550 kg
Available Payload: 3928 kg to LEO
Stage 1:
2 stage hull (10 meter): 100*10-> 1000kg
Large thruster (2 meter): 350kg, 4000kg To LEO
Solid fuel tanks x8 (8 meter): 1000kg
Weight: 2350kg
Stage 2
1 stage hull ( 10 meter): 75*10-> 750kg
Large thruster (2 meter): 350kg, 3150kg To LEO
Normal fuel tanks x8 (8 meter): 1000kg
Weight: 2100 kg
[Personal Design][0.23]
Firecracker MkI Booster Rocket
Height: 3m
Weight: 375 kg
Available Payload: 425 kg
Thrust: 800 kg to LEO
Added thrust: 375
Failure chance: 80%
Price:350
Components:
Booster Rocket hull (3 meter): 25*5-> 75kg
Small thruster (1 meter): 100kg, 800kg To LEO
Solid fuel tanks x2 (2 meter): 250kg
- 3 Stories advanced labs(3 research action per year, researching cost 1000 money, +10 Research bonus)
- Kinda small launchpad(Can launch rockets of up to 20 meters)
- Small Mission Control (Can monitor exactly 1 launch a year)
- 2 Stories high manufacturing and design factory:( Can build 20 meter of rocket a year, can design new rockets( 2000+Price rocket))
- Medium sized Car engine factory( +2000)
-Security station
- Space expo: Can hold theme days(5000) which have a chance to attract scientists.
-FUel scientist: +10 fuel research
0 Squat MK1
0 SPear MK1
1 Spear MKII
0 Spear MK III
1 Sword MKI
1 Lance MKI
Player name: Friedrich von Hohenzollern
Archetype: Astronaut
Trait: Scientific
Funds: 6600(+3500)
Prestige: 5
Organisation Name: W.A.T. (West-German Aeronautical Technologies)
-Motto: Inveniam viam aut faciam ( either i'll find a way, or I'll make one)
-Nation: Western Germany
Fuel[ Storage
- Small fuel tank ( 125 liters of liquid fuel per meter height)
- Medium fuel tank.( 120 liters per 2 meter height)[0.4]
-Standard fuel: 109% thrust [0.75]
-Kerosene fuel: 150% thrust, same safety[2]
Propulsion
- Small thrusters Weight 100 kg, Failure chance 19.2%, 1meter high, Can carry 2kg of weight to LEO per liter fuel, Max fuel use: 1000)[1.29]
Chassis
- Single stage hull(75 kg weight per meters high, max 10 meters)
- 2 stage hull(156 kg per meter high, max 20 meters) [0.64]
Weapons
- Thermobaric warhead. Attack 6 Weight:184.5 Price 500 [1.31]
Payload
- Life support module, includes seating and return heathshield. 1 hour lifesupport, Max 50 kg 600 kg [0,67]
Theoretical:
- Nuclear knowledge:Nuclear batteries, small powerplants. Almost enough for Mediumsized powerplants and more advanced batteries [1.70]
- Small nuclear powerplant: Provides enough power to run a small settlement. Construction cost 9000. [1.50]
- Bioweapons: Almost to the level of nonlethal, but annoying and virulent diseases. [0.68]
Regained I [0.66]
Failure chance: 14.2%
Cost: 725 dollar
Height:9
Weight:1775
Thrust:2180kg to Leo
-Payload: 405kg
-Singlestage hull: 75*9:675kg
-Small Thruster(1 meter): 100kg 2000kg To LEO
-Small fuel tanks(8 meter):1000kg
Regained II
Height:7,Weight:1375,Thrust:1635kg to Leo[O.66]
Fail chance: 14.2%
Cost:575
Payload: 260 kg
Components
Singlestage hull: 75*7:525kg
Small Thruster(1 meter): 100kg 1500kg To LEO
Small fuel tanks(6 meter):750kg
-Assets
-2 floor labs(2 research action per year, researching cost 1000 money)
-Small launchpad(Can launch rockets of up to 10 meters)
-Small Mission Control (Can monitor exactly 1 launch a year)
-2 stories manufacturing and design factory:( Can up to 20 meter of rocket a year, can design 2 new rockets( 2000+Price rocket) a year)
-Rockets:
-0 Regained I
-2 Regained II
-2 Thermobaric warhead
-Special people
- German Secret Weapons Scientist (+40 bonus on Weaponized Research)
- Fuel scientist( +10 fuel research)
- 1 space habitat scientist(+10 spacethingies research)
Player name: Alexis Solsona
Archetype: Engineer
Traits: PR
Funds: 11075 (7000)
Prestige: 12
Organisation Name: Science, Technology And Research in Space (STARS)
-Motto: Vamos a infinito y más allá!
-Nation: Spain
Fuel[ Storage
- Small fuel tank ( 125 liters of liquid fuel per meter height)
Propulsion
- Small thrusters Weight 50 kg, Failure chance 10%, 1meter high, Can carry 2.25kg of weight to LEO per liter fuel, Max fuel use: 1200)[2][2][2][0.40][2]
- Large Thrusters: Weight: 400 kg, failure chance:21.4%, 2 meter high, Can carry 2.6 kg of weight to LEO per liter fuel, Max fuel use 4000)[2.43] [0.78]
Chassis
- Single stage hull(66.75 kg weight per meters high, max 10 meters)[0.33]
- 2 stage rocket 277kg per meter max 20 meters[0.36]
- Booster: Max height: 2. Attaches to the side of a rocket(always come in pairs). Weight: 25Kg per m. 10% Reusability. [0.66]
Payload
- Radio transmitter sattelite: 110 kg, 3 month lifetime, Sends out a periodic signal + Basic comms sattelite [0.90]
- Explosive charge 500kg 3 attack Price: 250[0.20]
- Thermobaric warhead. Attack 6 Weight:184.5 Price 500 fully reversed engineered [1.15]
-El Perajo Cantor II by Alexis Solsona[66]
Height: 10 meters
Weight:1717kg
Thrust: 2250kg
Payload: 758kg
-Price:
-Failure chance: 10%
-'Mano de Ayuda' x4 (+225kg thrust)
-Single Stage Hull (10m) = 667kg
-Small Thruster (1m) = 50kg
-Small Fuel Tanks (8m) =1000kg
- 1 meter replaceable payload
'Mano de Ayuda' by Alexis Solsona[0.75]
Height: 2m
Weight:225kg
Thrust:281.25kg
Thruster bonus: 56.25 kg
Failure chance: 1%( Minimum)
Price: 250
-Booster (2m) = 50kg (2*25)
-Thruster (1m) = 50kg
-Fuel (1m) = 125kg
'Vengador' by Alexis Solsona[0.34]
Height: 3m
Weight: 751.5kg
Price: 800(300 rocket+500 payload)
Failure chance: 20%
Thrust: 562.5kg (1125 at 500km)
-Single Stage Hull (4m) = 267kg
-Small Thruster (1m) = 50kg
-Fuel Tanks (2m) = 250kg
-Thermobaric Warhead (1m) = 184.5kg
- 2 stories labs(2 research actions per year, researching cost 1000 money)
-Small launchpad(Can launch rockets of up to 10 meters)
-Small Mission Control (Can monitor exactly 1 launch a year)
-2 stories manufacturing and design factory:( Can build rockets 20 m of rocket a year( 2000+Price rocket))
-Eckbert Faust - German Thruster Scientist (+40 to assigned Thruster Research)
2 Mano de Ayuda
0 El PArajo CantorII
0 Vengadors
1 Regained 2
0 Thermobaric warhead
[/quote]
Player Name: Dr James Smith
Archetype: Scientist
Traits: Manager
Funds: 8475(12000+1200=13200)
Prestige:22
Organisation Name: American Space Technology and Research Organisation (ASTRO)
Motto: Exploring space for the greater good of mankind.
Nation: USA
Fuel[ Storage
- Small fuel tank ( 171 liters of fuel per meter hight)[1.25]
- Normal fuel: 125% Thrust[2]
Propulsion
- Small thrusters Weight 100 kg, Failure chance 10%, 1meter high, Can carry 2.25kg of weight to LEO per liter fuel, Max fuel use: 1000)[2][2]
-Altitude compensating small thruster: Weight: 100kg, failure chance: 60%, 1 meter high, can carry 2.25 kg/per liter fuel, Max fuel use:1000 [0.5]
Chassis
- Single stage hull(50 kg weight per meters high, max 10.85 meters)[2][0.17]
- 2 stage hull( 75 kg per meter high) [2]
- Single stage lander: 50kg per meter high, max 10 meters. Count as payload when not in use. [1.05]
Payload[/b
- Radio transmitter sattelite: 100 kg, 12 month lifetime, Sends out a periodic signal + Basic comms sattelite [2]
- S.E.O. Sattelite: 400 kg, 10 month lifetime, can do basic observational research. Subject needs to be defined before launch [0.84]
- Life support module, includes seating and return heathshield. 1 days lifesupport, Max 70.5 kg 600 kg 87.5% survival chance [1.04] [0.82] [0.65] [1.5]
- Computer feedback: Weight: 200, Safety: +5% [0.50]
- Docking system: Weight : 200. Allows docking. [0.50]
Theoretical
- Solar flames studies: [0.30]
- Moon map[0.15]
-Aerospatial health studies[0.15]
Redstone I[0.45]
Design Notes:
Price:650
Failure chance 15%
Height: 8 m
Weight: 1500kg
Launch capacity: 2812kg to LEO
Available Payload: 1312kg
Components:
Single stage hull(8 meters): 50*8 : 400kg
Small Thruster(1 meter): 100 kg, 2812 kg to LEO
Small fuel tank(7 meters): 1000kg fuel
Redstone II:[0.62]
Total height: 9m
Total weight: 1775.5kg
Payload to Leo: 2012 kg(400+kg OoO)
Failure chance: 5%+ 5%
Price:775
Stage 1:
4m 2-stage hull (4*75=300kg)
3m fuel tank (3*171=513kg fuel)
Small thruster (1m, 100kg)
Stage 1 weight: 913 kg
Stage 1 thrust: 1442 kg to LEO
Stage 2:
5m Single stage hull (5*50=250kg)
4m fuel tank (4*171=684kg fuel)
Small thruster (1m, 100kg)
Stage 2 weight: 1034kg
Stage 2 thrust: 1923.75 kg to LEO
- two floor +5 labs (2 research/year for $1000)
- Small launchpad (Max rocket height of 10m)
- 2 story Mission Control (2 launches/year)
- Small manufacturing and design factory (Can build 20 meter of rocket a year ($2000 + cost))
0 redstone I
0 Redstone II
German structural engineer: +40 chassis research
Player name: Franz Herdinand
Archetype: Engineer
Skills: Scientsist
Funds: 4650(4000)
Prestige: 6
Organisation Name: ASC Austrian Space Center
-Motto: 'Screw the rest'
-Nation: Austria
- Small fuel tank ( 171.5 liters of liquid fuel per meter hight)[1.25]
- Small thrusters Weight 100 kg,Failure chance 18%, 1meter high, Can carry 2.13kg of weight to LEO per liter fuel, Max fuel use: 1000)[1.60][1.47]
- Single stage hull(50 kg weight per meters high, max 10 meters)[1]
-Payload:
- Life support module, includes seating and return heathshield. 1 hour lifesupport, Max 50 kg, 50% survival chance 500 kg.[0.75][
- Small explosive: 300kg 1 attack [0.35]
- Droppable explosive 500 kg 2 attack [0.36]
- Sensors: 100 kg , can detect anything larger then 50 meters [1.00]
-Solar cells: 100kg Lifetime: 2 year[1.3]
-The Creeper 1[0.88]
-Price: 525
-Fail chance: 1%
5 small fuel: 857.5 l
1 small thruster: 100kg 1826 thrust
1 m payload( Max 514 kg)
Hull: 7*50= 350
Diamond 1[0.72]
Weight:100+100+2*(171.5)+250
Thrust: ENough
Price: 625
Faulure chance: 3%
3 Fuel tank.
1 Small Thruster
1 Sensor Suite
5m hull.
-ROcket
3 Creeper I
-3 small explosives
-1 diamond I
-Assets
-Small 2 Stories labs(+5)
-Small launchpad
-Small Mission Control
-Efficient manufacturing and design factory( Rockets are 10% cheaper, 10 meter rocket a year)
-Special people
-Special thingy:
Efficient Manufacturing Facility
Player name: Anderson Spaceman
Archetype: Scientist
Traits: Scientist
Funds: 14.750(+3.500)
Prestige: 5
Organisation Name: Have fun with Acronyms
-Motto: C.A.S.P (Canadian air and space program)
-Nation: Oh Canaduuhhh
-Researched components
[spoiler]
- Small fuel tank ( 171 liters of liquid fuel per meter hight)[1.25]
- Normal fuel: 125% Thrust[2]
- Small thrusters Weight 100 kg,Failure chance 10%, 1meter high, Can carry 2.25 kg of weight to LEO per liter fuel, Max fuel use: 1000)[2][2]
- Single stage hull(50 kg weight per meters high, max 10 meters)[1]
- Small explosive: 300kg 1 attack [0.3][0.35]
- Timed explosive: 100 kg 1 attack [1]
- Life support module, includes seating and return heathshield. 1 hour lifesupport, Max 50 kg, 75% survival chance 500 kg.[0.75][1]
- Droppable explosive 500 kg 2 attack [0.36]
- Sensors: 400 kg , can detect anything larger then 50 meters [0.22]
-Solar cells: 100kg Lifetime: 1 year[0.68]
[/spoiler]
-Designs
Timed Blaster T-12 V.I:
Weight: 863
Thrust: 1731
Max payload: 868
Price: 375
Single stage hull (5m, 250KG)
1 Payload
1 Thruster, 100KG
3 small fuel tanks. 513
- Small labs
-Small launchpad
-Small Mission Control
-Small manufacturing and design factory
-Rockets:
2 Timed blasters
-Special people
-None yet
-Special thingy:
A German Scientist(+25 research)[/spoiler]
Author
Topic: The Space Race: Forum game(6/8 Players) Turn 24: 1969-1970 (Read 121244 times)