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| − | + | {{Infobox Vessel|name=Dragonfly | |
| − | The '''Dragonfly''' is a space tug designed for moving payload in | + | |full_name=Dragonfly |
| + | |crew=2 | ||
| + | |passengers=none | ||
| + | |first_flight_date=date unknown | ||
| + | |service_date=date unknown | ||
| + | |manufacturer=unknown | ||
| + | |length=14.8 m | ||
| + | |height=5.6 m | ||
| + | |width=7.2 m | ||
| + | |empty_mass=7,000 kg | ||
| + | |fuel_mass=4,000 kg | ||
| + | |main_engine_template=Engine | ||
| + | |main_engine=1.0 kN | ||
| + | |main_engine_isp=40,000 kN·s/kg | ||
| + | |rcs_engine_template=16 thrusters | ||
| + | |rcs_engine=1.0 kN per thruster | ||
| + | |rcs_engine_isp= 40,000 m/s (vacuum) | ||
| + | |||
| + | }} | ||
| + | |||
| + | The '''Dragonfly''' is a space tug designed for moving payload in orbit. It may be used to bring satellites delivered by the [[Space Shuttle]] into higher orbits, or to help in the assembly of large orbital structures. | ||
The Dragonfly has no dedicated main thrusters, but a versatile and adjustable reaction control system. | The Dragonfly has no dedicated main thrusters, but a versatile and adjustable reaction control system. | ||
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The Dragonfly is not designed for atmospheric descent or surface landing. | The Dragonfly is not designed for atmospheric descent or surface landing. | ||
| − | The Dragonfly is the first vessel to be modeled with detailed electrical and environmental systems simulation, contributed by [[ | + | The Dragonfly is the first vessel to be modeled with detailed electrical and environmental systems simulation, contributed by [[Radu Poenaru]]. For detailed information see the Dragonfly Operations Handbook. |
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