MMM Classics Year 10: MMM #s 91-100 - Moon Society
MMM Classics Year 10: MMM #s 91-100 - Moon Society
MMM Classics Year 10: MMM #s 91-100 - Moon Society
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a facility would allow lunar and Martian residents to practice<br />
for higher gravity level space decathlon events.<br />
We are not used to thinking about the external environments<br />
of rotating habitats. But certainly tethered-EVA<br />
sporting events outside rotating hulls are conceivable. One<br />
possibility dubbed “dangle-jectory rally” was illustrated in the<br />
<strong>MMM</strong> # 30 article referenced above.<br />
“By shortening a tether to the hub, one would advance on<br />
the rotating structure; by paying the tether out one would fall<br />
behind - simple conservation of angular momentum. Using such<br />
maneuvers in tag matches might be risky, but rallye-type events in<br />
which one races the clock directly, and competitors only<br />
indirectly, attempting to land first on a forward perch or tag ring,<br />
then on one to the rear, before returning ‘home’. all by<br />
manipulating the effective length of the tether, could provide<br />
healthy adrenalin-pumping sport.”<br />
Mars Events and Games<br />
Martians-to-be will develop their own set of sports<br />
and track and field events, some reminiscent of those practiced<br />
on Earth or the <strong>Moon</strong>, some uniquely different. Mars 3/8ths<br />
gravity level will allow more traction and quicker maneuvering<br />
than on the <strong>Moon</strong>, but still much less than on Earth.<br />
The thin atmosphere will be friendlier to suited surface<br />
events than is the harsh lunar vacuum. But Mars still will<br />
be a far cry from open air, open skied Earth.<br />
The important thing to remember for our topic, the<br />
Olympic Space Games, is that until as yet unimagined forms of<br />
transportation drastically reduce Mars’ very effective isolation<br />
from the Earth-<strong>Moon</strong>-L4/5 system, Mars with its own orbital<br />
facilities and outposts on the moonlets Phobos or Deimos is<br />
more likely to develop its own set of parochial games. Integration<br />
into some pan-ecumenical Solar System wide Games<br />
seems well beyond the horizon. Travel windows are irreducibly<br />
25 months apart, and travel times, even by proposed nuclear<br />
ships, involve some months.<br />
Martian youth back in the Earth <strong>Moon</strong> system for university<br />
studies may carry the Martian flag into Olympic Space<br />
Games competitions. Of that concession, we can be sure.<br />
Mini-G Venues<br />
What about the asteroids as venues for the pursuit of<br />
the Olympic athletic ideal? Ceres, by far the largest, boasts<br />
only 3% of Earth-normal gravity. (Several satellites of Jupiter,<br />
Saturn, and Uranus, as well as Pluto and Charon have gravities<br />
in between the <strong>Moon</strong>;s and Ceres’.) All other asteroid bodies<br />
have less than that 3%. In most instances the ambient “mini-G”<br />
is so minimal as to merely put an “English” on activities that<br />
are near zero-G like. The same type of events that work in<br />
freefall will work with a little adaptation in mini-G. Those<br />
choosing to live in such locations or working there on assignment<br />
will surely compete among themselves.<br />
The remarks made about Mars’ participatory isolation<br />
go double for the asteroids, any of them singly, all of them as a<br />
group. Low delta-V trajectories notwithstanding, infrequent<br />
windows and long travel times and low human populations will<br />
make them the ultimate competitive sports boondocks. Again,<br />
asteroid-raised youth back in the home system for school, will<br />
proudly carry the banner of their adopted worldlets in the<br />
cislunar Space Games.<br />
Mini-G wrestlers will not need a pad. Indoor corridor<br />
handrail races, slaloms, and steeplechases will be popular. On<br />
the surface, cable and handrail off-ground races will work.<br />
“Claw walking”, a horizontal analog of rock-pick climbing, is<br />
an idea of Michael Thomas (reference above.) Heavily<br />
ballasted isometrically hand and foot pedal-powered squirrel<br />
cage (rimless? i.e. just spoked?) cycles could carry contestants<br />
in races or rallies over the surface.<br />
Even among themselves, in clock mediated events<br />
where participants are far and long separated by distance and<br />
time, records and winners will be hard to pin down. There is<br />
simply to great a range of mini-gravity levels. Classes like<br />
boxer weight divi sions (heavy weight, middle weight, welter<br />
weight etc.) are one way this might be handled.<br />
A Space Games Decathlon<br />
Development of a well-rounded Space Games Decathlon<br />
type competition will mark the coming of age of the future<br />
Space Olympics. The winner will be dubbed “best athlete in<br />
the Solar System”, probably with protests from the Martian<br />
Media and disdain by Martian settlers. Oh well!<br />
The question is should such a Decathlon have some<br />
events (a trio) at Earth-normal gravity? The answer would<br />
seem to be yes, especially if their are space habitats with artificial<br />
gravity at Earth-normal levels. After all, being able to<br />
compete under such taxing conditions (and heroically finish the<br />
event, even if placing well behind) will be the only mark that<br />
will earn the Lunan settler or freefaller true systemwide<br />
respect. The mix of events should include a trio of zero-G and<br />
sixthweight events each, and even a token Marts gravity level<br />
event. Anyway, that’s a stab at it but I wouldn’t dare to be<br />
more specific.<br />
Yet longer range, a decathlon type competition that<br />
excludes super-gravid events (Martian and terrestrial gravity<br />
levels) may emerge to the forefront in Solar System wide<br />
games. Ganymede, Callisto, Io, Europa, and Titan all have<br />
gravity levels comparable to the <strong>Moon</strong>’s, and in all the Solar<br />
System, no human-negotiable surface beyond Earth’s itself (six<br />
times lunar standard) is more gravid, except for Mars (2.25<br />
times lunar standard).<br />
Participation by the handicapped<br />
Non-prehensile limbs as opposed to prehensile ones<br />
are designed to handle locomotion in a gravid environment. We<br />
<strong>Moon</strong> Miners’ Manifesto <strong>Classics</strong> - <strong>Year</strong> <strong>10</strong> - Republished January 2006 - Page 79