Modular Extra Terrestrial Vehicle
Property
Copyright: Consortium MOONext / © 01/01/2094
History
Transporting engineers over long distances and with low consumption, motivated by the differences in latitude between the various bases on the Moon, was a singular challenge in the late 2090s. While electric motor technologies were more than adequate, the major problem was the supply of breathable air for the 18 hours that the longest journey can take.
The solution came with reverse-synthesis micro membranes. Large lenticular discs that store the mixture of liquefied nitrogen and oxygen, as in conventional cylinders, but which have the capacity to replenish 2.5% every hour, extracting the nitrogen and oxygen present in the first metres of altitude above the lunar surface.
Characteristics
CAPACITY: 6 humans and/or humanoids
RANGE: 22 hours at 140 km/h.
POWER SOURCE: Moon Electricity. Stored in Lithium-Anamadium batteries
ECOENERGETIC RATIO: 1.000
DIMENSIONS: 4,800 x 9,700 x 4,420 mm
