Denebska

(Similar to Stellacom)
==Technicals==
===Physicals===
This world has a diameter of 11809.346 kilometers, (0.92577 D⨁), with the mass being 0.85595 M⨁, and the density is 5.9772 grams per cubic centimeter. The oblateness is 0.007906177, with the effective temperature being 308.09 kelvin, and the Earth similarity index is 0.934. The rotational period is 14 hours, 56 minutes, and 29.98 seconds, with the axial tilt being 44*30’29.81”, and the ascending node is 282*40’44.85”, additionally, the planet has a very young age, only 1.015 million years. The gravity on the equator is 9.7169 meters per second, with the gravity on the poles being 9.9543 meters per second, and the 1st cosmic value is 7.61 kilometers per second, additionally, the 2nd cosmic value is 10.76 kilometers per second. 
===Atmospherics===
The atmospheric pressure is 34.357 atm, with the air density being 24.626 grams per cubic centimeter, and the effective height being 112.136 kilometers. The average molar mass is 13.050, with the relative mass being 2.8704*10^-5, and the mass of the atmosphere is 2.4569*10^-5 M⨁. The average temperature is 308.09 kelvin, 94.892 *F, or 34.94 *C, with the greenhouse effect being 88.799 kelvin. 
===Orbitals===
The planet is in a sort of orbit with its one moon, so this data may be a bit ‘wrong’. The orbit type is elliptical, with the parent being the barycenter of it and its moon, and the orbital period is 1665.247 years. The semimajor axis is 735.101 AU, with the pericentric distance being 714.463 AU, and the eccentricity is 0.028. The inclination is 71*56’58.05”, with the ascending node being 278*34’54.87”, and the argument of pericenter is 353*36’19.94”. The mean anomaly is 145*30’39.88”, with the longitude of pericenter being 632*11’14.81”, and the mean longitude is 777*41’54.69”.
==Store==
===Internals===
The planet has a strong yet calm core. This means that the core rotates fast enough that it can create a magnetic field way stronger than our own and yet not extend its molten and violent properties beyond the core itself. Normally, such a core would create a bunch of friction, which would heat up the mantle and make it a semi-molten layer that is very flexible. That is not the case here, though, for some reason. The mantle here is dense and durable, which prevents the formation of volcanoes, destructive earthquakes, and large tectonic shifts, and considering the planet’s age, this is an oddball. This mantle has a temperature 0.10% less than the Earth’s, which makes tectonic movement, and thus tectonic plates, a slow and gradual process that requires a consistent amount of energy over time to push in one direction significantly. 
Because some conditions change faster than others, these plates can’t really push in one direction for a long enough period of time, which creates these large hillpacks. The crust here is like thick sand; it’s way more flexible than the layer below it (the mantle), it has similar compositional properties to general sediment, and if used on Earth, it could make a sandcastle, but it is dense enough that the craters of past (massive) impactors are shallow, heavy enough that there is not really a massive dispersal of fragments from said impacts, and it’s very connectional (i.e., its sediment fragments are large, and trying to break chunks of this material would require more energy than regular sand). These properties are of a more aged planet, not one that had its 1 millionth birthday not too long ago.
===Geography===
The planet’s geography is land-dominated, with the only bodies of water being either in the large drift that straddles from north to south in a diagonal direction or in one of the many craters that dot the surface. The many craters can be explained simply by the early formative days from not too long ago, when, obviously, asteroids and comets collided with the young world. It seems that at this distance, though, those things should not exist in that high a quantity, and this planet has a circular orbit, which is even more odd. Moving from the craters and going across the plains and hill ranges of red rock, we get to the massive Denebska rift. 
This rift has led to the formation of three small proto-oceans and plenty of small lakes, and said rift seems to have come from the inside of the planet. This rift comes from a large and consistent push of 4–5 tectonic plates from each other, creating a large gap that, over time, got filled with water. Now how did it get filled with water? Most likely from a late bombardment of comets and asteroids, something that also led to the formation of several of the craters here.
===Climate===
The climate is a warm and slightly humid one. The term “warm” here is being used in a grand relative way, as the average temperature and some portions of the climate here are similar to Dallol, Ethiopia, which to humans is a very hot and inhospitable environment. The weather here is about as active as ours, maybe a little less, with the average amount of cyclones passing over a region being 0.43 and the average amount of rainfall experienced on this world on a daily basis being a little under 2 millimeters (1.99434 millimeters). Daily forecasts in this world should expect the weather to be partly cloudy, clear, and sunny, with rainfall happening once or twice every 5–6 24-hour periods. The average wind speed here is just slightly higher than the ones found on the Earth, with breezes being ‘colder’ and ‘windier’ than the ones we have, by an amount of 50.056%. 
Throughout the year here, the climate marginally changes, so you would not really notice too much of a difference between different seasons, but there are still slight changes. This world has 8 seasons, though the ‘extra’ seasons are just transitional periods that are added because of how long it takes for a season to change. During the ‘summer’, the climate is at its driest and warmest, with average humidity reaching down to 3% and average temperature reaching 95 *F. During the ‘winter’, the climate is still very arid, though not as much, and at its coldest, though not by much. The average temperature during this time is 93.04 *F, with average humidity at 5%.
==Gallery==
File:Denebska-003.png
File:Denebska-005.png
File:Denebska-004.png
File:Denebska-006.png
File:Denebska-008.png
File:Denebska-007.png
File:Denebska-002.png
File:Denebska-009.png
File:Denebska-001.png
File:Denebska-010.png
==Entras==
===Denebska I===
This planet has one moon, a moderately sized, cool Selena with a slightly above-average size for its mass. This moon has signs of a recent bombardment, with the oldest creators being dated from around 300 thousand years ago and the youngest ones being dated within a century ago. (This bombardment may be coming from the 7th planet flinging large amounts of asteroids into space, including this world and its parent planet.) This moon has retained a thin atmosphere, most likely as a remnant from the primordial days, and thus may soon fade away, or not. This moon is a “disco world” because of the bright spots on the surface. Because it is a disco world, this means that the moon has a layer of thick ice on its surface and thus could also have a subsurface ocean. This moon is in a noticeable binary with its parent planet, which makes these two a double planet.
File:Denebska-011.png|An image of the moon.
File:Denebska-012.png|Denebska from this moon.
===Planetary system===
This planet is part of a decently sized planetary system. This planetary system has eight planets, most of which are terrestrial worlds. The system revolves around the star Deneb, which is a white, luminous supergiant. On average, the system's planets have a small mass, with the largest planet in the system being a temperate gas giant, with a mass lower than half of Jupiter's mass. The system lacks an oort cloud and retains a substantial asteroid belt from its formation. This asteroid belt is responsible for the bombardment of this planet and others in the system, and it stretches from the 5th planet to the 7th. The 7th planet is believed to be clearing out the asteroid belt at the moment, and that is why the system-wide bombardment is occurring.
File:Denebska-013.png
Category:Procedural objects
Category:Objects
Category:Terra
Category:Terra with Rings
Category:Planets