The Interplanetary Carrier Vessel (ICV) is a long range, high endurance spacecraft designed for travel from Earth and Mars to Jupiter and the Outer Planets. It came to fruition to meet the needs of the exploratory, scientific and commercial interests pushing for manned exploration of the Outer Solar System.
It is capable of acting as a stand-alone vessel for orbital operations or as a crew habitat, propulsion system and resource bank for use in transporting lander craft to the Outer Planet moons for orbit-to-surface operations.
It was specifically designed to be able to transport an XR2 Ravenstar (in Expert configuration) to the Outer Planets with a normal complement of six crew. It would be used for surface launch and rendezvous with the ICV in Earth orbit and then for deorbit and landing at bases on the Outer Planet moons, including Titan.
Any lander craft may be used depending on mission requirements.
The ICV engine performance has been configured to be appropriately similar to the Expert configuration of the XR vessels. This way it is assumed that all the vessels have a similar technology level. Perhaps somewhere around the 2030s-2050s.
With 31,000 m/s of dV it should be possible to perform a round trip to a Jovian moon and return to Earth.
It suffers from the usual problems of having vessels docked but I have tried to minimise these as much as possible. Anyone who has tried to use RCS of one vessel to try to orient an Apollo-style stack knows what the problems are. In this case the ICV is the much more massive component so hopefully this setup is more usable.
It has 3 docking ports for carrying vessels on interplanetary flight. It can also be used as a stand-alone vessel and many alternative mission styles are possible.
Overview
Front view of Dock 1 and the habitable area.
The ICV has four gas core NTR engines
ICV and XR2 Ravenstar in Jovian space
0.34 g artificial gravity wheel
High-gain antenna
Radiation and particle deflector
The spacecraft is 99% complete and is currently being tested for any issues of usability.
You may download it here to try it for yourself:
Interplanetary Carrier Vessel
It is capable of acting as a stand-alone vessel for orbital operations or as a crew habitat, propulsion system and resource bank for use in transporting lander craft to the Outer Planet moons for orbit-to-surface operations.
It was specifically designed to be able to transport an XR2 Ravenstar (in Expert configuration) to the Outer Planets with a normal complement of six crew. It would be used for surface launch and rendezvous with the ICV in Earth orbit and then for deorbit and landing at bases on the Outer Planet moons, including Titan.
Any lander craft may be used depending on mission requirements.
The ICV engine performance has been configured to be appropriately similar to the Expert configuration of the XR vessels. This way it is assumed that all the vessels have a similar technology level. Perhaps somewhere around the 2030s-2050s.
With 31,000 m/s of dV it should be possible to perform a round trip to a Jovian moon and return to Earth.
It suffers from the usual problems of having vessels docked but I have tried to minimise these as much as possible. Anyone who has tried to use RCS of one vessel to try to orient an Apollo-style stack knows what the problems are. In this case the ICV is the much more massive component so hopefully this setup is more usable.
It has 3 docking ports for carrying vessels on interplanetary flight. It can also be used as a stand-alone vessel and many alternative mission styles are possible.
Overview
Front view of Dock 1 and the habitable area.
The ICV has four gas core NTR engines
ICV and XR2 Ravenstar in Jovian space
0.34 g artificial gravity wheel
High-gain antenna
Radiation and particle deflector
The spacecraft is 99% complete and is currently being tested for any issues of usability.
You may download it here to try it for yourself:
Interplanetary Carrier Vessel
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