Plateau
| ||
| Orbital characteristics | ||
| Mass (Kg) | 6.12E+19 | |
| Radius (Km) | 143 | |
| Solar Day (h) | 6.54 | |
| Orbital Period (days) | .23 | |
| Semi-Major Axis (Km) | 1.11E+04 | |
| Periapsis (AU) | 10,414(km) | |
| Apoapsis (AU) | 11,728(km) | |
| Albedo | .3 | |
| Surface Temperature (K) | 174 | |
| Surface Gravity (m/s^2) | .2 | |
| Axial Tile (degrees) | 3.4 | |
| Inclination (degrees) | 4.99 | |
| Orbital Speed (Km/s) | 31.9 | |
| Satellites | None | |
Plateau is a small, irregularly shaped moon which orbits most closely to the planet Indigo. With a radius of only 143 km and a surface gravity of approximately 0.2 m/s², Plateau is too small to have relaxed into a fully spherical form. It is therefore best understood as an irregular moon: a cold, battered, asteroid-like satellite whose shape has been determined by ancient impacts, low gravity, and long-term preservation in airless conditions.
Although Plateau is traditionally described using northern, equatorial, and southern surface regions, these divisions should not be understood as neat planetary zones. Unlike larger spherical moons, Plateau possesses an uneven outline, with lopsided ridges, depressed basin areas, and asymmetrical crater fields. Its regional descriptions are therefore used mainly for cartographic convenience, rather than because the moon has a smooth or regular global geography.
North Polar Regions
The North Polar Regions of Plateau are cold, barren, and heavily cratered. A thin cover of frost and ice is concentrated in sheltered depressions, shadowed crater floors, and colder high-latitude pockets rather than forming a smooth polar cap. Beneath these frost deposits lies an ancient landscape of overlapping craters, worn rims, shallow basins, and broken ridges.
Because Plateau is irregularly shaped, the northern polar region does not follow a clean circular boundary. The terrain is uneven and asymmetrical, with jagged highlands, sloped crater walls, and battered promontories interrupting the apparent polar zone. Frost accumulates where local topography allows, especially in cold traps protected from direct solar heating.
Much of the northern hemisphere preserves some of Plateau’s oldest visible surface. Crater walls are softened by age, smaller impacts lie superimposed across larger basins, and elevated areas have been reduced to rounded scarps and ridgelines. The moon’s low gravity and lack of any substantial atmosphere leave the region geologically static at the surface, with little to alter the underlying relief beyond impact gardening and slow regolith movement.
Equatorial Regions
The Equatorial Regions of Plateau are dominated by immense impact basins, broad cratered plains, and belts of rough broken highland terrain. This is the most varied part of the moon’s surface, with several large basin structures standing out across the middle latitudes. Many of these basins contain darker, smoother floors that contrast with brighter or more rugged rims, giving the equatorial region a segmented and uneven appearance.
The moon’s irregular shape is especially apparent along the equatorial regions. Rather than presenting a continuous rounded horizon, Plateau’s middle latitudes are marked by lopsided ridges, uneven basin rims, and abrupt changes in elevation. Some areas appear relatively smooth and subdued, while others are chaotically broken by overlapping craters, fractured uplands, and degraded escarpments.
Between the largest basins lie dense fields of smaller craters and scattered ejecta deposits. These features record a long history of repeated bombardment, with newer impacts laid over older terrain rather than erased by active geological processes. The equatorial belt contains no evidence of surface water, atmospheric erosion, or large-scale resurfacing. Its form is set almost entirely by impacts, regolith accumulation, and the preservation of exposed rocky ground under cold, airless conditions.
The warmer temperatures at lower latitudes do little to change the moon’s overall character. Plateau remains dry, cratered, and inert, with the equatorial zone defined chiefly by the scale of its basins, the density of its ancient impact scars, and the uneven form of the moon itself.
Southern Polar Regions
The Southern Polar Regions of Plateau are brighter than much of the equatorial surface and contain a broader distribution of frost and ice than the north. Pale frost deposits are concentrated across crater floors, low basins, shadowed depressions, and irregular southern highland pockets. Even where the surface appears brighter, the underlying terrain remains visible, revealing a landscape of large worn craters, low ridges, and dust-covered plains.
As with the northern pole, the southern polar region should not be understood as a smooth or symmetrical cap. Plateau’s irregular shape causes the southern high latitudes to appear broken and uneven, with frost following the contours of battered basins and recessed terrain. Pale deposits are interrupted by dark ridges, exposed crater rims, and rough upland surfaces.
The south polar terrain is less dominated by a few immense basin structures than the equatorial region and is instead characterized by layered cratering across a more subdued surface. Large circular depressions remain common, but many have shallower profiles and softened rims, contributing to the impression of a very old and heavily reworked crust. Frost brightens the region without concealing its battered topography.
Taken as a whole, the southern hemisphere reinforces Plateau’s identity as a small, ancient, irregular moon. Its frost deposits, broad impact scars, and low-relief uplands form a cold and stable surface shaped overwhelmingly by bombardment and preserved under permanent environmental extremes.
Mythology
- Main article: Plateau (Reformed Stripping Path)
In Bassaridian astronomical and religious interpretation, Plateau is often understood as a minor but meaningful body within the ordered structure of the Atos System. Its close orbit around Indigo, its small size, and its irregular form distinguish it from larger rounded moons, while also emphasizing its place within the hierarchy of celestial bodies.
Plateau’s battered surface and asymmetrical shape have made it a useful symbol of endurance, remnant matter, and subordinate motion. In educational treatments of the Indigoan system, it is commonly contrasted with Momiji, a much larger and more rounded companion body, and with Ivory, the smaller irregular moon of Momiji. Together, these bodies illustrate the layered structure of the Indigoan subsystem and the distinction between major spherical moons and smaller irregular satellites.
