It all depends on your reference point. Typically when orbits are depicted for human understanding, they’re given a top-down view. Think like Open Street Maps. It could be depicted on its side, like watching race cars around a race track, but it can result in more visual distortions than a simple top-down view.
Alternatively, if you’re referring to orbits with high inclinations relative to the orbital plane, that also happens. Pluto, for example, has an inclination of ~17°, which is one of the reasons there are theories it was not part of the solar system when the solar system formed.
It all depends on your reference point. Typically when orbits are depicted for human understanding, they’re given a top-down view. Think like Open Street Maps. It could be depicted on its side, like watching race cars around a race track, but it can result in more visual distortions than a simple top-down view.
Alternatively, if you’re referring to orbits with high inclinations relative to the orbital plane, that also happens. Pluto, for example, has an inclination of ~17°, which is one of the reasons there are theories it was not part of the solar system when the solar system formed.