Mission |
Launch Date |
Details |
Trailblazer
(TransOrbital - commercial) |
First quarter, 2004 |
solid-fuel trans-lunar injection (4-day transfer); lunar video and still imaging from polar elliptic orbit (50 km close approach, 10 km final orbit); 100 kg (220 lb) |
Lunar-A
(ISAS Japan - government) |
August 2004 |
mapping orbiter and near-side + far-side penetrators; heat-flow and seismic measurements; 520 kg (1100 lb) |
SuperSat
(LunaCorp - private/govt) |
2004 |
Shuttle launch, ISS assembly; ion-engine transfer (30-45 days); lunar photography at 1 meter or better resolution; panoramic video for science center display |
Selene
(ISAS/NASDA - government) |
2005 |
orbiter in 100 km polar orbit + two sub-satellites; investigation of lunar origins, technology for future exploration |
Electra I
(TransOrbital - commercial) |
2005? |
Microlander; daytime power/communications; 10 kg (20 lb) to lunar surface |
Icebreaker
(LunaCorp - commercial) |
2006? |
Polar landing rover; exploration for ice in polar craters, and Aitken basin geology; high-resolution panoramic imaging |
Chang'e-I
(China - government) |
2006/2007 |
orbiter - mapping and resource survey: 2000 kg, 12-month mission |
Polar Night
(proposed to NASA) |
2007? |
polar penetrators |
Electra II
(TransOrbital - commercial) |
2007? |
Microlander with rovers |
Chandrayan-1
(India - government) |
by 2007 |
$100 million project, 525 kg polar orbiter - 3D chemical map of lunar surface |
China
(government) |
by 2010 |
lander and sample return mission - long-range objective to "establish a lunar base, and exploit and utilize the rich resources on the Moon" |
South-Pole Sample Return
(NASA?) |
? by 2012? |
From the recommendations of the 2002 decadal "New Frontiers in the Solar System" report, high on the list was sample return from the Moon's South Pole-Aitken Basin. |
Artemis Project Reference Mission
(ASI - commercial) |
? |
Establishment of a human-tended lunar base; exploration of lunar resources for commercial use |
Lunar Solar Power
(Criswell - commercial) |
? |
arrays of solar cells on lunar surface to beam energy back to Earth |