Missions
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Commercial & Demonstrator Missions
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Constellation Missions
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Earth Observation Missions
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International Space Station & Shuttle Missions
- ATV 1 Jules Verne
- ATV 2 Johannes Keppler
- ATV 3 Edoardo Amaldi
- ATV 4 Albert Einstein
- ATV 5 Georges Lemaitre
- Biopack STS 107
- Columbus
- Cygnus Pressurized Cargo Module
- GAS STS-60
- IML Microscope STS-42
- ISS/Mice Drawer System STS-128
- Micro Gravity Science Glovebox STS-111
- Middeck Glovebox STS-73
- Middeck Glovebox STS-75
- Middeck Glovebox STS-80
- Middeck Glovebox STS-83
- Middeck Glovebox STS-87
- Middeck Glovebox STS-95
- Mir Priroda
- MPLM Leonardo STS-102
- MPLM Leonardo STS-105
- MPLM Leonardo STS-111
- MPLM Leonardo STS-121
- MPLM Leonardo STS-126
- MPLM Leonardo STS-128
- MPLM Leonardo STS-131
- MPLM Leonardo STS-133
- MPLM Raffaello STS-100
- MPLM Raffaello STS-108
- MPLM Raffaello STS-114
- MPLM Raffaello STS-135
- Portable Glovebox
- USML Glovebox 1 and 2 STS-50
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Military Missions
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Science Missions
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Telecommunication & GEO Missions
STRV 1c/1d
Abbreviated description
The Space Technology Research Vehicle (STRV) 1c and 1d microsatellites achieved their primary objectives of demonstrating new space technologies and techniques. The box-shaped microsatellites carried 25 different hardware experiments and 4 software experiments into the harsh space environment of geosynchronous transfer orbit that exposes the satellites to severe environmental hazards. In this orbit, the satellites receive very high doses of natural radiation as they pass through the van Allen radiation belts four times a day. Over their one-year lifetime, the STRV satellites received radiation doses normally experienced over 8-10 years by spacecraft in low earth orbits or geosynchronous orbits.
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Products
[1] Cold Gas System
[1] Ion Propulsion Feed System
[1] High Accuracy Pressure Transducer