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MoonLite mission gets green light for next step
A possible UK-led Moon mission involving 'penetrator' darts that would
impact into the Moon's surface will be the focus of a technical study to
ascertain its feasibility, the British National Space Centre (BNSC) announced
today.
Known as MoonLITE (Moon Lightweight Interior and Telecom Experiment), the
mission aims to place a satellite in orbit around the Moon and deploy four
penetrators to deliver scientific instruments below the surface of the
Moon.
MoonLITE could create the first network of geophysics instruments to probe
the interior structure of the Moon and help answer questions about how it
formed.
The proposed MoonLITE mission provides an exciting opportunity to
focus the UK's world-class expertise in small satellite, communication and
robotic technologies on Lunar exploration.
Lord Drayson
Minister of State for Science and Innovation
The satellite orbiter would then act as a telecommunications station between
the surface network and the Earth, relaying information to the Earth during the
penetrators' one year life on the strength and frequency of Moonquakes and the
thickness of the crust and core. It might also determine whether organic
material or water is present in the polar regions.
NASA will support the study in order to establish its potential contribution
to the science and technology of the mission.
Minister of State for Science and Innovation, Lord Drayson, said "The
proposed MoonLITE mission provides a great opportunity to focus the UK's
world-class expertise in small satellite, communication and robotic
technologies on lunar exploration. It is also a chance to strengthen our
relationship with NASA, enhance international collaboration between UK and US
scientists and engineers, and answer fundamental questions about the make-up of
the Moon."
BNSC Director General David Williams said "Coupled with the UK's major role
in ESA's Aurora programme of planetary exploration and our involvement in
helping to shape the Global Exploration Strategy, the potential involvement of
the UK in MoonLITE would mean the UK is fully exploiting its technological and
scientific strengths in space exploration."
Following international peer review and after considering the advice of the
Science and Technology Facilities Council's (STFC) Science Board and Particle
Physics, Astronomy and Nuclear Physics Science Committee (PPAN), STFC has now
given approval for a 'Phase A' technical study to establish the feasibility of
the mission concept.
No decision will be made to proceed with, build or launch of MoonLITE -
until this study has reported.
Lord Drayson continued "Of course, a convincing case for the science and
economic impact of this project needs to be made, as for all projects which
receive Government funding. Therefore the MoonLITE project's development
schedule, mission costs and any possible risks will be assessed by industry and
academia to provide clear steer on the feasibility of the project. I look
forward to the seeing the results."
The study will report with a full mission schedule and costs in late 2009.
Dependent on the outcome of this, MoonLITE could launch around 2014.
MoonLITE emerged as a concept from a 2006 study for low cost robotic lunar
exploration options. Since then Lunar Exploration has been identified as a
possible area for UK and NASA collaboration. In a Joint Working Group report
between NASA and the British National Space Centre (BNSC), MoonLITE was
identified as a possible collaborative project.
If MoonLITE does proceed then it would be the first UK-led scientific space
programme in over 30 years and could be the first visible implementation of the
Global Exploration Strategy, the 14 agency vision for globally coordinated
space exploration announced in May 2007. Although several lunar orbiters have
been launched in the past few years, no new scientific instrumentation has been
placed on the Moon since the Apollo-era.
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Page last updated: 05 December 2008
by Chris Castelli