Alpha™ Vehicle Specifications:
The Alpha™ Project is a fully reusable two stage vehicle being
development by Universal Aerospace, Inc. The upper stage, dubbed
the Alpha™ A-1A SRV (Space Reusable Vehicle) is a three-person
spaceplane designed to take one pilot and two mission specialists into
space. Intended to use off-the-shelf technology where possible, the A-1A
may also be launched from the ground as a suborbital spacecraft.
Three potential configurations for the lower stage (or launch vehicle) are
being evaluated as development proceeds:
The first is a Air Launched Horizontal Landing (ALHL) solid rocket
booster RLV (Reusable Launch Vehicle) derived from the Pegasus by
Orbital Sciences Corporation. This vehicle carried the A-1A upper
stage for the flight test phase.
The second is a Horizontal Takeoff Horizontal Landing (HTHL) liquid
rocket FlyBack™ booster RLV. This vehicle will carry the A-1A in the
piggyback configuration and is ultimately expected to evolve into the final
RLV lower stage as the design matures.
The third is a Vertical Takeoff Horizontal Landing (VTHL) rocket
booster option. In this configuration the A-1A will be launched atop
currently available commercial launch vehicles such as our RamRocket™
the Boeing Delta IV-M, the LMCO Atlas V 500, and a RLV based on the
Thor (a former USAF ICBM)
Universal Aerospace, Inc. is targeting the Alpha™ Series of
spaceplanes for SubOrbital and Orbital RocketRides™, as well as
Crew Transfer, Small Satellite Launches, and Emergency Rescue.
General
Length: 28 ft.
Width: 15 ft. 6 in.
Height: 11 ft. 1 in.
Diameter: 5 ft.
GTOW: 10,000 lbs.
Propulsion
Rocket Engine: 1 - AJ-10 Regenerative @ 10,000 lbs. thrust
Fuel and Oxidizer Propellant: Kerosene/LOX
Cabin
Payload Capacity: 1 - Pilot, 1 - Co-Pilot, and 1 - Crew/Tourists
Pressure: 10 psi
The Alpha™ Project is a fully reusable two stage vehicle being
development by Universal Aerospace, Inc. The upper stage, dubbed
the Alpha™ A-1A SRV (Space Reusable Vehicle) is a three-person
spaceplane designed to take one pilot and two mission specialists into
space. Intended to use off-the-shelf technology where possible, the A-1A
may also be launched from the ground as a suborbital spacecraft.
Three potential configurations for the lower stage (or launch vehicle) are
being evaluated as development proceeds:
The first is a Air Launched Horizontal Landing (ALHL) solid rocket
booster RLV (Reusable Launch Vehicle) derived from the Pegasus by
Orbital Sciences Corporation. This vehicle carried the A-1A upper
stage for the flight test phase.
The second is a Horizontal Takeoff Horizontal Landing (HTHL) liquid
rocket FlyBack™ booster RLV. This vehicle will carry the A-1A in the
piggyback configuration and is ultimately expected to evolve into the final
RLV lower stage as the design matures.
The third is a Vertical Takeoff Horizontal Landing (VTHL) rocket
booster option. In this configuration the A-1A will be launched atop
currently available commercial launch vehicles such as our RamRocket™
the Boeing Delta IV-M, the LMCO Atlas V 500, and a RLV based on the
Thor (a former USAF ICBM)
Universal Aerospace, Inc. is targeting the Alpha™ Series of
spaceplanes for SubOrbital and Orbital RocketRides™, as well as
Crew Transfer, Small Satellite Launches, and Emergency Rescue.
General
Length: 28 ft.
Width: 15 ft. 6 in.
Height: 11 ft. 1 in.
Diameter: 5 ft.
GTOW: 10,000 lbs.
Propulsion
Rocket Engine: 1 - AJ-10 Regenerative @ 10,000 lbs. thrust
Fuel and Oxidizer Propellant: Kerosene/LOX
Cabin
Payload Capacity: 1 - Pilot, 1 - Co-Pilot, and 1 - Crew/Tourists
Pressure: 10 psi
 |  |  |  |  |  |  |  |  |
| Alpha™ Project |
| "The World's First Civilian Manned Reusable Spacecraft!"™ |
Wanna try your hand at flying the A-1A?
Download the original test simulation for FS95!
It's Free and it's Fun!
Download the original test simulation for FS95!
It's Free and it's Fun!
Original conceived as an entrant for the "X Prize!" But continued to aid
in the opening up of Civilian Space Access™ via our RocketRides™!
| Alpha Development - History! |
| Alpha 1995-2000 |
| Alpha 2000-Present |
| Alpha 1976 Concept |
