MOONBAS BASE AL A BAS BA SE ALPH ALPH AL PHA TECHNIC ICA AL NOTEBOOK PAGE i: i: COVER
MOONBAS BASE AL A BAS BA SE ALPH ALPH AL PHA TECHNIC ICA AL NOTEBOOK PAGE ii ii: MASTHEAD
MOONBAS BASE AL A BAS BA SE ALPH ALPH AL PHA TECHNIC ICA AL NOTEBOOK PAGE ii iii: INTRODUCTION
MOONBAS BASE AL A BAS BA SE ALPH ALPH AL PHA TECHNIC ICA AL NOTEBOOK PAGE iv: iv: INDEX
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1000a: HISTORY & STRUCTURES
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1000: GENERAL HI HIS STORY
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1002: LAUNCH PAD EXTERNAL VIEW VIEW
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1002: LAUNCH PAD EXTERNAL VI VIEW EW
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
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MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1 007: 00 7: MAI AIN N MISS SSIION
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1 007: 00 7: MAI AIN N MISS SSIION
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1008: INTERNAL STRUCTURES
MOONBAS NBASE ALPHA TECHN ICAL TEBO OOK NBA BAS SE ALPHA TECHNI TECHNICA CAL L NOTEB
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAG AGE 1010: COMM MMAND CEN ENTER
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAG AGE 1010: COMM MMAND CEN ENTER
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAG AGE 1011: MEDIC ICAL AL CEN ENTER
MOONBAS BASE ALPH PH A BASE AL ALPHA PHA TE T ECHNIC ICA AL NOTEBOOK PAGE 1012: LIFE SUPPORT/ WEAPONS CENTER
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1013: LIVI VIN NG UNIT
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1014: TRAV TRAVEL EL TRAVE L TUBE
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1015: INTERNAL STRUCTURES
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1016: INTERNAL STRUCTURES
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 1017: COMMUNICATI CATIO ON POST
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 20 2000: HARDWARE
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 2000 2000:: COMLOCK
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MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK PAGE 200 2006: 6: LASER CANN CANNON
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BIRD OF PREY SERIES INTERPLANETARY SPACECRAFT AUTHORIZED UNDER THE 1992 APPROPRIATION OF THE INTERNATIONAL LUNAR FINANCE COMMITTEE
TECHNICAL SCHEMATICS: EAGLE GENERAL LAYOUT TS-1075A TECHNICAL SECTION: MOONBASE ALPHA
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A - MISSILE PORTS
L - MAIN ENGINES
B - FORWARD VIEWPORTS COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
M - EXPLOSIVE BOLTS
C - STEERING ROCKETS
N - LANDING ROCKETS
D - SERVICE MODULE
O - LANDING PADS
E - MANEUVERING ROCKETS
P - SECONDARY LANDING JETS
F - SUPPORT FRAME
Q - POD SUPPORT LEGS
G - VIEWPORTS
R - ENTRY HATCH
H - DOCKING TUBE LATCHES
S - BLAST SHIELDS
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J - ENGINEERING MODULE
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PAGE 2 EAGLE FORE & AFT VIEW VIEWS
PARTICULARS
LENGTH: WIDTH: 30.2 FT HEIGHT: GROSS WEIGHT: PROPULSION:
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
76 FT (23.16 METERS) (9.2 METERS) 13.97 FT (4.26 METERS) 238 TONNES 4 NUCLEAR FUSION ENGINES 4 CHEMICAL FUEL LANDING ROCKETS STRAP-ON BOOSTER UNITS FUEL: COMPRESSED HYDROGEN MAXIMUM VELOCITY: 0.15 LIGHTSPEED MAXIMUM RANGE: 16 BILLION MILES (25.74 BILLION KM) ENDURANCE: 96 HOURS ARMAMENT: 2 LASER GUNS 2 SPACE-TO-SPACE MISSILE LAUNCHERS UTILITY POD LENGTH: 26.75 FT. (8.15 METERS) UTILITY POD WIDTH: 14.92 FT. (4.55 METERS) UTILITY POD HEIGHT: 8.8 FT. (2.68 METERS) CARGO CONTAINER: 2,500 CUBIC FEET (70.79 CU. METERS) UTILITY POD ENDURANCE: 672 HOURS STANDARD CEILING HEIGHT: 5.05 FT. (1.54 METERS) SHIPS POWER: NUCLEAR GENERATOR
KEY TO FORE/AFT VIEWS
A - MANEUVERING ROCKETS B - RESCUE STROBE BEACON C - COCKPIT VIEWPORT D - MISSILE PORTS E - NAVIGATION ARRAY F - MAIN ENGINES G - FUEL TANKS H - HYDRAULIC SUSPENSION I - LANDING ROCKETS J - PROXIMITY SENSORS
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KEY TO FORE/AFT VIEWS
LENGTH: WIDTH: 30.2 FT HEIGHT: GROSS WEIGHT: PROPULSION:
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
76 FT (23.16 METERS) (9.2 METERS) 13.97 FT (4.26 METERS) 238 TONNES 4 NUCLEAR FUSION ENGINES 4 CHEMICAL FUEL LANDING ROCKETS STRAP-ON BOOSTER UNITS FUEL: COMPRESSED HYDROGEN MAXIMUM VELOCITY: 0.15 LIGHTSPEED MAXIMUM RANGE: 16 BILLION MILES (25.74 BILLION KM) ENDURANCE: 96 HOURS ARMAMENT: 2 LASER GUNS 2 SPACE-TO-SPACE MISSILE LAUNCHERS UTILITY POD LENGTH: 26.75 FT. (8.15 METERS) UTILITY POD WIDTH: 14.92 FT. (4.55 METERS) UTILITY POD HEIGHT: 8.8 FT. (2.68 METERS) CARGO CONTAINER: 2,500 CUBIC FEET (70.79 CU. METERS) UTILITY POD ENDURANCE: 672 HOURS STANDARD CEILING HEIGHT: 5.05 FT. (1.54 METERS) SHIPS POWER: NUCLEAR GENERATOR
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A - MANEUVERING ROCKETS B - RESCUE STROBE BEACON C - COCKPIT VIEWPORT D - MISSILE PORTS E - NAVIGATION ARRAY F - MAIN ENGINES G - FUEL TANKS H - HYDRAULIC SUSPENSION I - LANDING ROCKETS J - PROXIMITY SENSORS
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KEY TO TOP PLAN VIEW
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
A B C D E F G H
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DUAL CONTROL CONSOLES PILOT COPILOT EQUIPMENT STORAGE LOCKERS STEWARDESS STATION GALLEY REFRIGERATION FOOD LOCKERS SPACESUIT LOCKERS
I - MAIN ENTRY J - PASSENGER SEATS K - CONTROL CONSOLE L - DRINKS DISPENSER M - TOILET N - ENGINEERING CONSOLE O - NUCLEAR REACTOR
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KEY TO TOP PLAN VIEW
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
A B C D E F G H
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DUAL CONTROL CONSOLES PILOT COPILOT EQUIPMENT STORAGE LOCKERS STEWARDESS STATION GALLEY REFRIGERATION FOOD LOCKERS SPACESUIT LOCKERS
BACKGROUND
MOONBASE ALPHA TECHNICAL READOUT PAGE 4: 4: PODS & RESCUE EAGLE
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
The Eagle is one of several classes of interplanetary spacecraft (others include the Hawk warships, Swift support vessels, and deep space probes), originally authorized by the international Lunar Finance Commission and constructed by the Engineering and Technics section of Moonbase Alpha using materials and components either shipped from Earth or manufactured on the Moon. Completely modular, the crafts are divided into three basic sections: the command module, the service pod, and the superstructure - containing the landing gear, main fuel tanks tanks and boosters. Eagles, standard reconnaissance craft for all extralunar activity, are powered by four nuclear fusion rockets and carry fuel reserves for 48 hours of flight. Artificial gravity force fields built into the Eagle enable it to accelerate up to .15% of the speed of light, giving it a maximum range (with extra fuel reserves) of several light-days. The Eagle also has the capability to enter the atmosphere of a normal gravity planet, land (using its chemicallyfueled landing rockets), and return to Alpha. Although the Eagle was not designed as a military vessel, it carries as standard equipment a laser gun and an arsenal of space-to-space missiles. Eagles are piloted by an astronaut with the official designation of Eagle Pilot and a rank of no less than Captain. The pilot receives his orders directly from Mission Control, and employs both the onboard and Alpha computer systems for guidance, astronavigation, and interpretation of sensor data. The right seat in the Eagle cockpit is usually occupied by the copilot, although the Eagle can normally be flown by a single operator. In an emergency, when both pilots are incapacitated, an Eagle may be operated from a slave-station in Command Center. Eagles are housed and serviced in the mammoth hanger complexes directly beneath the four main launch pads. A crew of Eagle engineers is responsible for repairing or replacing damaged components, and maintaining the flight-ready condition. Alpha supports a fleet of twelve Transporter Eagles, twenty-six Reconnaissance Freighters, and two Rescue Eagles on 24-hour alert status. In the event of Operation Exodus - the immediate and complete evacuation of Moonbase Alpha on the personal order of Moonbase Commander - all available Eagles are employed to transport colonists and supplies from Alpha to a habitable planetary environment. Until such time, the Eagle remains the workhorse of Moonbase Alpha - as indispensable to the 311 men and women of Alpha as the Conestoga wagon was to the settlers of America’s western frontier.
I - MAIN ENTRY J - PASSENGER SEATS K - CONTROL CONSOLE L - DRINKS DISPENSER M - TOILET N - ENGINEERING CONSOLE O - NUCLEAR REACTOR
TYPE “ B” RESCUE RESCUE EAGLE
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BACKGROUND
MOONBASE ALPHA TECHNICAL READOUT PAGE 4: 4: PODS & RESCUE EAGLE
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
TYPE “ B” RESCUE RESCUE EAGLE
The Eagle is one of several classes of interplanetary spacecraft (others include the Hawk warships, Swift support vessels, and deep space probes), originally authorized by the international Lunar Finance Commission and constructed by the Engineering and Technics section of Moonbase Alpha using materials and components either shipped from Earth or manufactured on the Moon. Completely modular, the crafts are divided into three basic sections: the command module, the service pod, and the superstructure - containing the landing gear, main fuel tanks tanks and boosters. Eagles, standard reconnaissance craft for all extralunar activity, are powered by four nuclear fusion rockets and carry fuel reserves for 48 hours of flight. Artificial gravity force fields built into the Eagle enable it to accelerate up to .15% of the speed of light, giving it a maximum range (with extra fuel reserves) of several light-days. The Eagle also has the capability to enter the atmosphere of a normal gravity planet, land (using its chemicallyfueled landing rockets), and return to Alpha. Although the Eagle was not designed as a military vessel, it carries as standard equipment a laser gun and an arsenal of space-to-space missiles. Eagles are piloted by an astronaut with the official designation of Eagle Pilot and a rank of no less than Captain. The pilot receives his orders directly from Mission Control, and employs both the onboard and Alpha computer systems for guidance, astronavigation, and interpretation of sensor data. The right seat in the Eagle cockpit is usually occupied by the copilot, although the Eagle can normally be flown by a single operator. In an emergency, when both pilots are incapacitated, an Eagle may be operated from a slave-station in Command Center. Eagles are housed and serviced in the mammoth hanger complexes directly beneath the four main launch pads. A crew of Eagle engineers is responsible for repairing or replacing damaged components, and maintaining the flight-ready condition. Alpha supports a fleet of twelve Transporter Eagles, twenty-six Reconnaissance Freighters, and two Rescue Eagles on 24-hour alert status. In the event of Operation Exodus - the immediate and complete evacuation of Moonbase Alpha on the personal order of Moonbase Commander - all available Eagles are employed to transport colonists and supplies from Alpha to a habitable planetary environment. Until such time, the Eagle remains the workhorse of Moonbase Alpha - as indispensable to the 311 men and women of Alpha as the Conestoga wagon was to the settlers of America’s western frontier.
TYPES OF EAGLES USED BY MOONBASE ALPHA TRANSPORTER EAGLES
MOONBASE
TYPE “A” TRANSPORT POD
ALPHA
Transporter Eagles, fitted with the standard passenger pod, can normally accommodate eight passengers in addition to the pilot and copilot. Under emergency conditions, such as the total evacuation of the Moonbase, they can carry up to twelve passengers and additional water and provisions for extended habitation. Transporter Eagles are used for missions on the lunar surface, in lunar orbit, and in interstellar space in the general vicinity of Moonbase; or on routine planetary landings when no hostile elements are anticipated and the contact team deems special laboratory or environmental equipment unnecessary. RECONNAISSANCE EAGLES
TECHNICAL READOUT
TYPE “B” RESCUE POD
Although the recon pods look similar to the transporter pods on the outside, they are equipped with various types of sensory devices for exploratory missions. The recon pods also contain a computer that can either be tied into Alpha’s master computer or work self-sufficiently. RESCUE EAGLES
PAGE 5: EAGLE PODS & VARIANTS VARIANTS TYPE “C” LABORATORY POD
Rescue Eagles are Transporters that have been fitted with a special passenger pod, identified by bold red stripes on the exterior. These are adapted for field diagnosis and treatment of injury or disease that may be encountered on a planet’s surface or in deep space. Manned by medical personnel, Rescue Eagles are equipped with mobile beds, patientmonitor units, and facilities for field surgery. FREIGHTER EAGLES
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
TYPE “D” CARGO POD
TYPE “E” WINCH POD
The cargo pod, identical to the passenger pod in configuration, is used for transporting supplies and equipment to exploration teams on a planet’s surface, and for the return of native elements essential to Alpha’s environmental and reprocessing systems. Freighters can also be used for refueling other Eagles as space-borne tankers, transporting additional fuel to Eagles with insufficient reserves to return to Alpha.
TYPES OF EAGLES USED BY MOONBASE ALPHA TRANSPORTER EAGLES
MOONBASE
TYPE “A” TRANSPORT POD
ALPHA
Transporter Eagles, fitted with the standard passenger pod, can normally accommodate eight passengers in addition to the pilot and copilot. Under emergency conditions, such as the total evacuation of the Moonbase, they can carry up to twelve passengers and additional water and provisions for extended habitation. Transporter Eagles are used for missions on the lunar surface, in lunar orbit, and in interstellar space in the general vicinity of Moonbase; or on routine planetary landings when no hostile elements are anticipated and the contact team deems special laboratory or environmental equipment unnecessary. RECONNAISSANCE EAGLES
TECHNICAL READOUT
TYPE “B” RESCUE POD
Although the recon pods look similar to the transporter pods on the outside, they are equipped with various types of sensory devices for exploratory missions. The recon pods also contain a computer that can either be tied into Alpha’s master computer or work self-sufficiently. RESCUE EAGLES
PAGE 5: EAGLE PODS & VARIANTS VARIANTS TYPE “C” LABORATORY POD
Rescue Eagles are Transporters that have been fitted with a special passenger pod, identified by bold red stripes on the exterior. These are adapted for field diagnosis and treatment of injury or disease that may be encountered on a planet’s surface or in deep space. Manned by medical personnel, Rescue Eagles are equipped with mobile beds, patientmonitor units, and facilities for field surgery. FREIGHTER EAGLES
COPYRIGHT 2007 L LAW AWRENCE MILL M ILLER ER
TYPE “D” CARGO POD
The cargo pod, identical to the passenger pod in configuration, is used for transporting supplies and equipment to exploration teams on a planet’s surface, and for the return of native elements essential to Alpha’s environmental and reprocessing systems. Freighters can also be used for refueling other Eagles as space-borne tankers, transporting additional fuel to Eagles with insufficient reserves to return to Alpha.
TYPE “E” WINCH POD
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK
MOONBAS BASE AL PH A BAS BA SE ALPH ALPHA PHA TECHNIC ICA AL NOTEBOOK