Kyro-Brazen-Ferret-Moneky (KBFM)

KBFM (VKL Celly, or Eric Masker)

KBFM is a jovian planet discovered in 2521 by scientist of the VKL, after the Great Divide.

The planet has a mass of 7.38E27 kilometers (3.89 times larger than Jupiters mass), a radius of 57,777 miles (1.33 times Jupiters radius), and a density of 3.13 g/cm³ (2.35 times bigger than Jupiters density). The AU distance is 4.9 astronomical units or about 733,029,566 kilometers. [Potentially it could be 0 AU or 0 Km]

The planet has no natural satellites, surprisingly.

The planet has a iron core, and a metallic hydrogen shell. The composition of the planet is mostly Hydrogen, which makes up 75%, and Helium, which makes up 25% of the planet. There are barely any winds on the planet, and scientist fear the planet could turn into a star. KBFM could collide with a nebular cloud, becoming denser and more massive in size. It is also possible in response to pulsar and black hole hydrogen radiation, it could ignite, becoming a star. Use of a Relic V5 (used in the Great Divide) is said to be another way of igniting a potential star-like planet. KBFM would drastically effect life in our solar system if it turned into a star. The planet and any objects in-route to the planet is heavily monitored by VKL.