An earth size planet can’t sustained that many large body in its ration because of the continuous pull of the each moon pulling on each other as well as the planet being pulled by the moons and vise versa. They moons would rapidly destabilize and either get slinged shot out of orbit, some possibly colliding causing large debris that would be hazardous to life if the planet as well as pulling the planet out of it own orbit causing it travel further from the sun and increase the chance of be pulled by another large body and getting slinged shot out of the solar system or collision with another large body of planets. Or when the smaller moons started forming they would could quickly get absorbed by the not yet completely formed planet or one of the larger forming moon resulting in 1 moon to the planet. If you are wanting to build a world that has multiple large bodies in its sky the best scientifically accurate scenario would be the planet that has life is simply a large moon orbiting a gas planet with other large moons as well. And the gas planet was in a orbit close to the sun but it mostly likely would still have dramatic climate changes from life friendly to freezing temps were complex life would mostly never evolve unless the gas planet is positioned just right in a binary star system that would allow for the moon with life to have more stable conditions while it travel around the giant gas planet were it receive plenty of light regardless of which side it’s at around the gas planet and the other large moons that are in close orbit would still show in the sky.

An earth size planet can’t sustained that many large body in its ration because of the continuous pull of the each moon pulling on each other as well as the planet being pulled by the moons and vise versa. They moons would rapidly destabilize and either get slinged shot out of orbit, some possibly colliding causing large debris that would be hazardous to life if the planet as well as pulling the planet out of it own orbit causing it travel further from the sun and increase the chance of be pulled by another large body and getting slinged shot out of the solar system or collision with another large body of planets. Or when the smaller moons started forming they would could quickly get absorbed by the not yet completely formed planet or one of the larger forming moon resulting in 1 moon to the planet. Or if some how they did all form the bodies would also heat each other due to all the friction causing them to oceans of lava on the surface where at some point they would rip each other apart.If you are wanting to build a world that has multiple large bodies in its sky the best scientifically accurate scenario would be the planet that has life is simply a large moon orbiting a gas planet with other large moons as well. And the gas planet was in a orbit close to the sun but it mostly likely would still have dramatic climate changes from life friendly to freezing temps were complex life would mostly never evolve unless the gas planet is positioned just right in a binary star system that would allow for the moon with life to have more stable conditions while it travel around the giant gas planet were it receive plenty of light regardless of which side it’s at around the gas planet and the other large moons that are in close orbit would still show in the sky.