Calculate interstellar journey parameters including travel time, fuel consumption, and energy requirements.
Model advanced spacecraft travel across vast distances, accounting for relativistic effects, fuel efficiency, and energy consumption for realistic space exploration scenarios.
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A realistic journey to Mars using advanced propulsion technology.
Start Distance: 0 km
Target Distance: 40000000 km
Speed: 50000 km/s
Efficiency: 90 %
Energy: 500 MW
Accel Time: 12 h
Interstellar journey to our nearest star system using near-light speed propulsion.
Start Distance: 0 km
Target Distance: 41300000000000 km
Speed: 150000 km/s
Efficiency: 95 %
Energy: 5000 MW
Accel Time: 48 h
Grand tour of the solar system visiting multiple planets and moons.
Start Distance: 0 km
Target Distance: 5000000000 km
Speed: 75000 km/s
Efficiency: 85 %
Energy: 2000 MW
Accel Time: 36 h
Ambitious journey to the center of our galaxy using advanced warp technology.
Start Distance: 0 km
Target Distance: 260000000000000000 km
Speed: 200000 km/s
Efficiency: 98 %
Energy: 10000 MW
Accel Time: 72 h