Gaulkhan's Reach is the first shepherd moon of Fedguia UT-Z c-16-10 3. It is so close to its parent that you can watch the ring pass by 600 km above you.

The moon is riven with high-wall canyons and double canyons. Geysers add to the atmosphere, with opportunities for SRV exploration of the nearby rings. (photo to follow!)

Those rings contain 3 tritium hotspots, with one double tritium-grandidierite overlap. The third ring is so thin that it cannot be seen by the naked eye, but its ghostly presence makes the first three moons shepherd moons.

The fourth moon is a landable thin atmospheric world with rings and surface life. Its high orbital inclination provides great views of its parent gas giant's rings.

This world was discovered on the Fatherhood's Lost in Space expedition of 3308. The world is named after the expedition trip leader, who was caught in a hurricane just a day before the expedition was due to start, yet managed to rejoin the expedition a week later.

A short video tour is available here.
The passing of the moon viewed from the rings can be viewed here.

Gaulkhan's Reach is the first shepherd moon of Fedguia UT-Z c-16-10 3. It is so close to its parent that you can watch the ring pass by 600 km above you.

The proximity of the rings to the moon make for some interesting interactions. Especially if your carrier parks on the moon's equatorial plane. The rings gravitation context overrides the moon's and the carriers. There is a high chance that you may be stranded in space if you decide to go for a walk in your carrier while it is transitioning the rings.

The moon is riven with high-wall canyons and double canyons. Geysers add to the atmosphere, with opportunities for SRV exploration of the nearby rings.

Those rings contain 3 tritium hotspots, with one double tritium-grandidierite overlap. The third ring is so thin that it cannot be seen by the naked eye, but its ghostly presence makes the first three moons shepherd moons.

The fourth moon is a landable thin atmospheric world with rings and surface life. Its high orbital inclination provides great views of its parent gas giant's rings.

This world was discovered on the Fatherhood's Lost in Space expedition of 3308. The world is named after the expedition trip leader, who was caught in a hurricane just a day before the expedition was due to start, yet managed to rejoin the expedition a week later.

A short video tour is available here.
The passing of the moon viewed from the rings can be viewed here.