Will a spacecraft sustain a acceleration above 1 milligee at a specific impulse above 3000 seconds before 2045?
Mini
2
Ṁ352045
32%
chance
1D
1W
1M
ALL
Resolves as YES if a spacecraft achieves a sustained acceleration greater than 1 milligee (0.01 m/s^2) using a propulsion system with an effective specific impulse exceeding 3000 seconds (or around 29.4 km/s Ve), before January 1st, 2045. The spacecraft must exclusively make use of internal propellant to achieve this acceleration, but can make use of externally provided power (i.e. harvested from sunlight or the solar wind, or beamed to a rectenna).
Get
1,000and
1.00
1,0001.00Related questions
Related questions
Will a spacecraft a sustained acceleration above 1 milligee at a specific impulse above 3000 seconds before 2045?
50% chance
Will any spaceship exceed 10% of the speed of light relative to its planet of origin before 9999?
70% chance
Will a nuclear thermal engine be successfully used to power a spacecraft before 2035?
54% chance
Will a nuclear thermal engine be successfully used to power a spacecraft before 2030?
47% chance
Will a spacecraft achieve a stable orbit around a star other than the Sun prior to 2200?
28% chance
Will artificial gravity be generated by spinning in space before 2030?
26% chance
Will a spacecraft powered by SABRE engines reach space before 2035?
26% chance
Will a spacecraft capable of propulsion above 1% the speed of light be achieved before 2040?
7% chance
Will SpinLaunch successfully throw a rocket up to orbital boost range by the end of 2030?
22% chance
Will a manned interstellar mission be launched before January 1, 2060?
20% chance