SPECIFICATIONS

GOVERNMENT:United Nations
TYPE: Super-Heavy Transport/Gas Tanker
MODEL: Hygean Industrial SHST-49 Atlas class
DATE INTRODUCED: 2049 AD
DIMENSIONS:10,348.14 feet long x
             5174.07 feet diameter
MATERIAL: Composite-Alloy
POWER PLANT:
             24x Cydonia R&D CRD-HNB-TERA100
             nuclear batteries
             100x Vesta-Industries VI-HFR-TERA1
             heavy fusion reactors
             8x Cydonia R&D CFR-400K
             fusion reactors
             1x Hensai Energy HEFR-5000
             fusion reactor
OUTPUT:
             100,000,000 megawatts (CRD-HNB-TERA100)
             1,000,000 megawatts (VI-HFR-TERA1)
             400,000 megawatts (CFR-400K)
             5000 megawatts (HEFR-5000)
ARMOR TYPE: None
ARMOR THICKNESS: NA
DISPLACEMENT: 50,000,000 tons
CREW: 1787 (50 Pilots, 500 Technicians, 500 Electricians, 500 Engineers, 155 Officers, 82 Medical, and up to 100 [not standard] Security)

PROPULSION

             (PRIMARY FORWARD PROPULSION)
             16x Daigun HYIE-TERA100 ion engines
             SPEED: 15,200 mph each (243,200 mph total)

             (SECONDARY REVERSE PROPULSION)
             16x Daigun HYIE-TERA50 ion engines
             SPEED: 7600 mph each (121,600 mph total)

             (MANEUVER ROCKETS)
             29x Vesta-thrust VTNRE-2.5M nuclear rocket engines
             SPEED: 15,200 mph each
             FUEL: 24 minutes of nuclear fuel maximum.

WEAPONS:NONE

ELECTRONICS:
              1x Microwave Communications array with a 100AU range.
              1x RADAR array with a range of 200,000 miles.
              1x Passive EMS array with a range of 500,000 miles.
              1x Active EMS array with a range of 50,000 miles.

SPECIAL SYSTEMS:
             4xCydonia R&D CRD-T/R-MEGA25 electromagnetic tractor/repulsor field generator; Range: 250,000,000 miles; Power Requirement: 25,000,000 megawatts each; Effect: can pull/push up to 5 billion tons (approximate).

             8x Hensai Energy HEFPP-750K fuel production plants; Range: NA; Power Requirement: 375,000 megawatts each; Effect: Produces up to 750,000 yd3 of nuclear fuel (liquid tritium) per hour.

HANGAR BAYS:
             1x35, 000,000 yd3 of atmospheric gas or liquid.
             32x 300,000 yd3 liquid tritium fuel.
             1x 866,639 yd3 of vehicles or spacecraft.

Description/Overview:
         The Atlas class of super-heavy transport ship was conceived of by UNSC master ship designer Yuri Severnoe as the solution to the UN’s problem of building refuel stations in between Earth, Mars, Venus, the asteroid belt, and Jupiter. Originally, the Atlas class was intended as a mobile spacestation capable of just refueling ships along the UNSC space lanes. Dr. Severnoe offered a totally different idea. He proposed the towing of planetoids into orbits between the inner planets and Jupiter, to be used as full-scale UN bases, refineries, and shipyards. This, of course, would require a large-scale ship/tug capable of pulling even the largest planetoids either by itself or in a fleet of such ships.
             The cost and scope of the planetoid-moving project required the building of massive spacecraft on a scale that previous Earth-bound engineers thought impossible. However, Dr. Severnoe and his team knew that the zero gravity and weightlessness of space would allow them to build the necessary ships to move the planetoids where they needed them. The biggest challenges in designing the Atlas were the engines and the nuclear reactors.
             Dr. Yuri Severnoe’s great space transport ship began production in 2049 AD, at the start of what would become the Great War. The design was horribly expensive, consuming the total Gross Industrial Production of Mars for the first four years and the first twelve ships of the class. When Vesta and Hygea bases were completed, additional Atlas production began in space garages around the two planetoids (which had been moved near the main Atlas gap via Atlas class ships). With the shipyards at Vesta and Hygea, the production of Atlas class ships increased to seven ships per year. By 2059, a whopping fifty Atlas class ships had been built, including the infamous Golden Goose, whose history is somewhat muddled by a lack of hard data on the production of the ship.
             No two Atlas class ships were exactly alike, and the entire fleet of these ships was plagued with constant problems with their engines and reactors. The ships were invaluable in the moving of the planetoids to their various locations around the inner Solar System, but had become totally obsolete and too expensive to maintain by the 2070s. After Ceres was settled into orbit between Earth and Mars in 2069 AD, the entire force of Atlas class ships was decommissioned and either scrapped or reassigned to other duties and most converted into orbital spacestations around Mars and Venus and destroyed during the 1st Interplanetary War. The Golden Goose was the only Atlas class ship to survive the 1st Interplanetary War. It was decommissioned in 2085 AD after the Saturn colonies on Titan and the other moons of the ringed planet were colonized.



GENERAL DATA

NUMBER CONSTRUCTED: 50
TOTAL COST: 8,607,171,378 gp
SUPER/PR: 171/171 USP (Ultrastructure points)
SUPER/PR PER ARC: 28.5/28.5 USP
VOLUME: 190,000,000 yd3
CONFIGURATION: Egg
FEATURES: C1, C4, C5, C7, C8, C9, C10, C11, C13, C14, C15, C16, C17, M3, M4, M6, M7, S1, S2, S3, S4, S5, S7, S8, S9, S10, S11
TAL: N


SUPER/PR BY LOCATION (Abreviations; F= Forward, A= Aft, T= Top, B= Bottom,):

(All superstructure points are given in USP/Ultra-Structure Point values. One USP is equal to one million HSP)

LEFT

Main Ion Engine Clusters (2): 1/1 each
FUEL TANKS (8): .5/.5 each
Repulsor/Attractor Gen.(2): 5/5 each
Vernier Engines (3): 1/1 each
Engine Wing (B): 10/10
Rocket Engine Fuel lines (3): 1/1 each

CENTER

Bridge (FT): 1/1
Fuel Tanks (8T, 8B): .5/.5 each
Rocket Engines (3T, 3B): 1/1 each
Vernier Engines (2T, 3B): 1/1 each
Engine Wing (1T, 1B): 10/10 each
Rocket Engine Fuel Lines (3T, 3B): 1/1 each
Forward Rocket Engine Clusters (8): 2/2 each
Forward Ion Engine Ring (1): 10/10
Sensor Dish: 1/1
Main Body: 34/34

RIGHT

Main Ion Engine Clusters (2): 1/1 each
FUEL TANKS (8): .5/.5 each
Repulsor/Attractor Gen.(2): 5/5 each
Vernier Engines (3): 1/1 each
Engine Wing (B): 10/10
Rocket Engine Fuel lines (3): 1/1 each


MAIN PROPULSION:
(Forward Propulsion)

TYPE: TAL-N Daigun HYIE-TERA100 (x16) High Yield Ion Engines
SPEED: 15,200 mph each (243,200 mph total)
SUPER/PR: 5/5 (USP)
POWER REQUIRED: 100,000,000 MW each
LOCAL: 16 CA (In four clusters of 4)
EXT/INT: EXT
*NOTE: Can comfortably pull up to 70,000,000 tons without effecting the speed of the craft.

(Reverse Thrust Engines)

TYPE: TAL-N Daigun HYIE-TERA50 (x16) High Yield Ion Engines
SPEED: 7600 mph (121,600 mph total)
SUPER/PR: 2.5/2.5 (USP)
POWER REQUIRED: 50,000,000 MW each
LOCAL: 16 CF (In four clusters of 4)
EXT/INT: EXT
*NOTE: Can comfortably push/slow down up to 70,000,000 tons without effecting the speed of the craft.

(Reverse Thrust Engines)

TYPE: TAL-N Vesta-thrust VTNRE-2.5M (x29) Thermo-nuclear rocket engines
SPEED: 15,200 mph each
SUPER/PR: 2.5/2.5 (USP)
FUEL TYPE: Liquid Tritium
LOCAL: 3P, 3S, 2T, 3B 4F, 2A
EXT/INT: EXT
BURNTIME: 12,500 yd3 per minute
TOTAL FUEL: 24 minutes of fuel held in external fuel tanks.
*NOTE: Can comfortably push/slow down up to 70,000,000 tons without effecting the speed of the craft.


POWER PLANT:

TYPE: TAL-N Cydonia R&D CRD-HNB-TERA100 nuclear battery
OUTPUT: 100,000,000 MW (100 TeraWatts)
SUPER/PR: 2/2 (USP)
LIFE: Unlimited (estimated at 6,575,342.5 yrs)
LOCAL: 1 for each aft Ion Engine (16), 1 for every 2 forward Ion Engines (8)
EXT/INT: INT
SYSTEMS POWERED: Ion engines
FUEL TYPE: uranium

TYPE: TAL-N Vesta-Industries VI-HFR-TERA1 fusion reactor
OUTPUT: 1,000,000 MW (1 TeraWatt)
SUPER/PR: 150,000/150,000
LIFE: 25 each Tractor/Repulsor (100 total)
LOCAL: 1 each Tractor/repulsor
EXT/INT: INT
SYSTEMS POWERED: 1 each Tractor/repulsor
FUEL TYPE: liquid tritium
TOTAL FUEL: 520,000 yd3 each

TYPE: TAL-N Cydonia R&D CFR-400K fusion reactor
OUTPUT: 400,000 MW
SUPER/PR: 60,000/60,000
LIFE: 3 years
LOCAL: 1 for each fuel production plant
EXT/INT: INT
SYSTEMS POWERED: Fuel Production Plants
FUEL TYPE: liquid tritium
TOTAL FUEL: 60,700 yd3 each

TYPE: TAL-N Vesta-Industries VI-HFR-TERA1 fusion reactor
OUTPUT: 1,000,000 MW (1 TeraWatt)
SUPER/PR: 150,000/150,000
LIFE: 25 each Tractor/Repulsor (100 total)
LOCAL: 1 each Tractor/repulsor
EXT/INT: INT
SYSTEMS POWERED: 1 each Tractor/repulsor
FUEL TYPE: liquid tritium
TOTAL FUEL: 520,000 yd3 each

TYPE: TAL-N Hensai Energy HEFR-5000 fusion reactor
OUTPUT: 5000 MW
SUPER/PR: 750/750
LIFE: 10 years
LOCAL: C
EXT/INT: INT
SYSTEMS POWERED: all other electrical
FUEL TYPE: liquid tritium
TOTAL FUEL: 2500 yd3


ELECTRONICS:

(Computer)

TYPE: TAL-N computer
NUMBER: 4005
SUPER/PR: 30/30 each
LOCAL: 2 bridge, 2 engine room, 4000 for crew
EXT/INT: INT
POWER REQ: 1 KW each

(Communcations)

TYPE: TAL-N Microwave communications
NUMBER: 1
SUPER/PR: 5000/5000
LOCAL: Bridge
EXT/INT: INT
POWER REQ: 500 MW
RANGE: 100 AU

(Sensors)

TYPE: TAL-N RADAR
NUMBER: 1
SUPER/PR: 20,000/20,000
LOCAL: sensor dish
EXT/INT: INT
POWER REQ: 2000 MW
RANGE: 200,000 MILES

TYPE: TAL-N PASSIVE EMS
NUMBER: 1
SUPER/PR: 75/75
LOCAL: sensor sphere
EXT/INT: INT
POWER REQ: 15 MW
RANGE: 500,000 miles


TYPE: TAL-N ACTIVE EMS
NUMBER: 1
SUPER/PR: 75/75
LOCAL: sensor sphere
EXT/INT: INT
POWER REQ: 15 MW
RANGE: 50,000 miles



WEAPON SYSTEMS: NONE


OTHER SYSTEMS:

TYPE: TAL-N life support
SUPER/PR: 25/25 (USP)
POWER REQ: 500 MW
COST: 500,000 gp
LOCAL: C
EXT/INT: INT


CREW & STATIONS:

CREW NUMBER: 1787
CREW ROSTER: 500 ENGINEERS, 500 TECHNICIANS, 500 ELECTRICIANS, 50 OPERATORS, 155 OFFICERS, 82 MEDICAL, and up to 100 SECURITY (not standard)

STATION: Bridge
SUPER/PR: 47.5/47.5 (USP)
LOCAL: CTF
EXT/INT: EXT
NUMBER: 1

STATION: Engine Room
SUPER/PR: 19/19 (USP)
LOCAL: CBA
EXT/INT: INT
NUMBER: 1

STATION: Mess Hall
SUPER/PR: 40,000/40,000
LOCAL: CTF
EXT/INT: INT
NUMBER: 1

STATION: Medical Bay
SUPER/PR: 40,000/40,000
LOCAL: CTF
EXT/INT: INT
NUMBER: 1

STATION: Officer Mess Hall
SUPER/PR: 20,000/20,000
LOCAL: CTF
EXT/INT: INT
NUMBER: 1

STATION: ARMORY
SUPER/PR: 5000/5000
LOCAL: CTF
EXT/INT: INT
NUMBER: 1

STATION: Laboratories
SUPER/PR: 2000/2000 each
LOCAL: CTF
EXT/INT: INT
NUMBER: 6

STATION: Brig
SUPER/PR: 10,000/10,000
LOCAL: CTF
EXT/INT: INT
NUMBER: 1

STATION: Recreation Rooms
SUPER/PR: 1000/1000 each
LOCAL: CTF
EXT/INT: INT
NUMBER: 200

STATION: Conference Rooms
SUPER/PR: 500/500
LOCAL: CTF
EXT/INT: INT
NUMBER: 50

STATION: Crew Quarters
SUPER/PR: 40/40 each
LOCAL: 1787 CTF
EXT/INT: INT
NUMBER: 1787

Crew Quarters Type
Cramped: 0
Roomy: 0
Spacious: 1787


CARGO BAY:
(Ship’s Crew stores)

VOLUME: 33,953 yd yd3
SUPER/PR OF BAY: 33,953/33,953
BAY LOCAL: CT
DOORS: 1 large
SUPER/PR OF DOOR: 1000/1000
DOOR LOCAL: 1 CT
BAY EXT/INT: INT
NUMBER OF BAYS: 1
CREW PROVISIONS: 6790.6 yd3 per year
PROVISION SUPPLY: 5 years

(Nuclear Fuel Tanks for Nuclear Rocket Engines)

VOLUME: 300,000 yd3
SUPER/PR OF BAY: 300,000/300,000
BAY LOCAL: C
DOORS: NA
SUPER/PR OF DOOR: NA
DOOR LOCAL: NA
BAY EXT/INT: EXT
NUMBER OF BAYS: 32
DESCRIPTION: Each spherical fuel tank holds up to 24 minutes of Nuclear Rocket fuel for the Thermo-nulcear rocket engines.

(Main Cargo Bay)

VOLUME: 35,000,000 yd3
SUPER/PR OF BAY: 35/35 (USP)
BAY LOCAL: CT
DOORS: 40 (large)
SUPER/PR OF DOOR: 1000/1000 each
DOOR LOCAL: 20P, 20S
BAY EXT/INT: INT
NUMBER OF BAYS: 1
DESCRIPTION: This cargo hold is a donut shaped ring which fills much of the interal space of the ship’s egg shaped hull. This hold was designed to carry up to 35,000,000 cubic yards of atmospheric gases from Venus to Mars, but can be refit to accomodate any type of cargo.


HANGAR BAY:

VOLUME: 866,639 yd3
SUPER/PR OF BAY: 866,639/866,639
BAY LOCAL: CT (Command Tower)
DOORS: 1 LARGE
SUPER/PR OF DOOR: 1000/1000
DOOR LOCAL: CTF (Command Section)
BAY EXT/INT: INT
NUMBER OF BAYS: 1
DESCRIPTION: Bay holds up to 66,634 yd3 of cargo for spacecraft and up to 800,000 yd3/200,000 tons of spacecraft.


AIRLOCKS/HATCHES:

NUMBER: 500,000
LOCAL: scattered all over hull
SUPER/PR: 50/50 each



SPECIAL SYSTEMS

TYPE: TAL-N Cydonia R&D CRD-T/R-MEGA25 Tractor/Repulsor
RANGE: 250,000,000 miles
SUPER/PR: 25/25 (USP) each
NUMBER: 4
LOCAL: 2P, 2S
POWER REQ: 25,000,000 MW each.
EXT/INT: EXT
EFFECT: DESCRIPTION: Each Tractor/Repulsor generator can pull/push up to 5 billion tons.

TYPE: TAL-N Hensai Energy HEFPP-750K Fuel Production Plant
RANGE: NA
SUPER/PR: 350,000/350,000 each
NUMBER: 8
LOCAL: 2 each Engine Wing
POWER REQ: 375,000 MW each.
EXT/INT: INT
EFFECT: DESCRIPTION: Each Fuel Production Plant is able to process hydrogen gas (from any rich source, like a planet’s atmosphere), and produce up to 750,000 yd3 of fuel per hour.
This provides enough fuel for the ship’s rocket engine blatters, and fusion reactors that the craft can be kept self-sustained indefinitely so long as a natural supply of hydrogen is present.



BONUSES/PENALTIES: NONE