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Star packs with Kopernicus are becoming ever more popular, but I've noticed something. There are very little packs that include brown dwarfs. What's else is that those few brown dwarfs are too often planet-less and forgettable. So, as a way to celebrate the discovery of the TRAPPIST-1 system, I've decided to create Kumar's Dwarf Stars pack. What's Kumar's Dwarf Stars? KDS is a pack that will add 6 dwarf stars around the Kerbol system, ranging from spectral types Y5V to M0V. This pack is named after astronomer Shiv S. Kumar, who first hypothesized about them in the 1960's. Each stellar and substellar object puts out a significantly less amount of light than Kerbol, and the brightest bodies only glow red-orange. None of the stars in KDS have a radius greater than 100,000 kilometers, making them less than 50% the size of Kerbol. They will all have planetary systems, but you will need some vessel lights for those around dim brown dwarfs. What Are The Celestial Bodies? Here are the celestial bodies currently in the mod: KIP-666: A brownish-purple L7V brown dwarf. With a radius of less than 13,000 km , KIP-666 is the smallest dwarf star in the mod. It has 2 rocky dwarf planets, 1 with life. Krios: A not-so-dense Super Earth located in the close habitable zone of its system. Krios is covered in blue, photosynthetic bacteria that turn all of the planet a dark blue, even the oceans! Koios: The dramatic opposite of Krios, Koios is a dead rocky planet with no life, no oceans, and no atmosphere. The terrain of this planet shows signs of past and present geological activity. 99 Korionis: A flaring M0V red dwarf in the constellation of Korion. It is the largest dwarf in the pack, with a radius of 88,659 km, a mass of 1.3% that of the Sun, and 0.65% the luminosity of Kerbol. It has 4 planets, 1 very similar to Kepler-438b. 99b: A scorching desert planet very close to 99 Korionis and slightly larger than Eeloo. It has one small moon and will have lava lakes in future updates. 99b-1: The only moon of 99b, 99b-1 is a small rocky body mainly covered in lava flows from different time periods. It has a radius of about 74 kilometers and hosts very few craters. 99c: The Kepler-438b analogue, 99c is a temperate world slightly larger than Kerbin. However, frequent flares from 99 Korionis have stripped off most of its atmosphere and boiled its oceans. However, 99c s still home to some quite hardy blue bacteria, like those on Krios. 99c-1: This moon is slightly smaller than the Mun of Kerbin, but is much more different. There are very few craters and many steep highlands and mountains that make 99c-1 a difficult place to land on. 99d: A good example of an Iron Planet, 99d has a huge iron core and a thin crust of water and carbon dioxide ices. It is very geologically active and is colored pink from cryovolcanic eruptions. 99d also has a decently thick atmosphere. There will be 2 more moons in the future. 99d-1: This moon appears to be a heavily cratered binary companion to 99d, but 99d-1 has a much smaller mass, even though it is over 55% the size of its parent. It orbits close to 99d and protects its parent planet from many comet strikes. It is part of a compact binary system with 99d. 99e: By far the largest planet around 99 Korionis, 99e has a radius comparable to a gas dwarf and is turned pink by its weird atmosphere. The air of 99e contains more than 20% methane and reacts to the flares of its parent star. 99e will have a total of 4 moons in the future. Keplar: A distant binary star system consisting of a M4V red dwarf and a Y2V brown dwarf. This system is young, only about 376 million years old. KeplarA: An M4V red dwarf and the primary member of the Keplar System. It has 3 planets and one dwarf planet. KeplarAb: An iron planet whose physical parameters are based off those of Kepler-70b. KeplarAb is covered in oceans of liquid nickel with temperatures excess of 850 degrees kelvin. There is a thin atmosphere of smog where it snows metal. KeplarAb is way hotter than it should be, due to tidal heating. KeplarAc: Is this a dwarf planet or a full planet? KeplarAc is about the size of Kerbol's dwarf planet, Dres, but has a clear orbital space. Its terrain is young, rocky, and mountainous. This lightweight world is similar to Moho in both temperature and surface color. KeplarAd: Another gas dwarf! This exoplanet is 3.88 times the size of Kerbin and is only about 30% rock. KeplarAd is slightly closer to KeplarA than the habitable zone of the system, so it doesn't look too promising. KeplarAe: Despite being young, KeplarAe already has liquid water oceans and abundant unicellular life on its surface and in its seas. It has a Laythe-like atmosphere and one young moon. KeplarAe-b [WIP]: The young moon of KeplarAe, only formed about 170 million years ago. It is a rusty colored moon covered in crisscrossing mountains and deep lowlands. It will have lava lakes in a future update. KeplarB: A very massive Y2V brown dwarf about 1.9-2.1 times the size of Jool. KeplarB is based off of the brown dwarf/Super-Jupiter J1407b with its age, mass, and large ring system. There is also one planet forming around it! KeplarBb: Kerbal scientists first considered this planet as a passing planemo, then a moon, and then an optical illusion. Fierce arguments erupted about its status as either a planet or a moon, but what everyone can agree on is that KeplarBb is BORING. Screenshots: TBA SpaceDock Download: Download Here Changelog: To-Do List: Biomes for every non-gaseous planet. Texture changes to most bodies in the 99 Korionis and KIP-666 systems. A total of 8 stars and substellar objects. At least one rogue, supermassive planet. More celestial bodies to the 3 existing systems. Acknowledgements: The TRAPPIST team for finding TRAPPIST-1's planets. @Thomas P. for Kopernicus and Kittopia Tech. All other Kopernicus developers, testers, and modders!