Upon arriving to the L class brown-dwarf Bleia Dryiae HO-F a38-1, explorers will notice their ship's sensors auto-scan two fast orbiting bodies.

These two tidally locked ice worlds sit in close proximity with each other, and at a distance of 4.24 ls from the star, and with an orbital period of 6.9 hours. Hence the name "Rolling Pearls".

The first planet (body 1) contains a landable thin sulphur dioxide atmosphere, with nitrogen geysers and gas vents populating the surface. Coupled with the close distance to the star and the second planet well visible in the sky, Commanders are encouraged to disembark to take in the view.

Notice how the L brown-dwarf turns yellow through the atmosphere and shines bright!

Bleia Dryiae HO-F a38-1 2 having a surface pressure of 6,048.27 atmospheres assures the small pearl will remain unreachable for now, but will always be a fixture in the sky of its landable counterpart.

Upon arriving to the L class brown-dwarf Bleia Dryiae HO-F a38-1, explorers will notice their ship's sensors auto-scan two fast orbiting bodies.

These two tidally locked ice worlds sit in close proximity with each other at a distance of 4.24 ls from the star, and with an orbital period of 6.9 hours. Hence the name "Rolling Pearls".

The first planet (body 1) contains a landable thin sulphur dioxide atmosphere, with nitrogen geysers and gas vents populating the surface. Coupled with the close distance to the star and the second planet well visible in the sky, Commanders are encouraged to disembark to take in the view.

Notice how the L brown-dwarf turns yellow through the atmosphere and shines bright!

Bleia Dryiae HO-F a38-1 2 having a surface pressure of 6,048.27 atmospheres assures the small pearl will remain unreachable for now, but will always be a fixture in the sky of its landable counterpart.