1. Explore the atmospheric planet flying with the space ship as we do know:
You like the current gameplay and you don't want extra stuff to handle.So here no change to actual game play on airless world.
Use your ship to fly through the atmosphere, land and deploy the SRV or walk around.
2. Explore with a dedicated shuttle ship that works as a launched fighter:
Our ship has some limitation for whatever reason (I don't want to talk about realism and current ships limitation, we already had enough of those threads).
So we can land on the planet surface and also fly around with our ships but with low performances. To fly through the atmospheric planet we can use a shuttle, transported in a ship hangar, similar to a launched fighter that is more agile and can move faster to explore the atmospheric planets. The shuttle can't transport an SRV, but unlike the launched fighter it can land so the player can explore further on feet, oops planetary legs.
What's your choice? Please reply only referring to gameplay and not in terms of realism analyzing current ships aerodynamics.
You like the current gameplay and you don't want extra stuff to handle.So here no change to actual game play on airless world.
Use your ship to fly through the atmosphere, land and deploy the SRV or walk around.
2. Explore with a dedicated shuttle ship that works as a launched fighter:
Our ship has some limitation for whatever reason (I don't want to talk about realism and current ships limitation, we already had enough of those threads).
So we can land on the planet surface and also fly around with our ships but with low performances. To fly through the atmospheric planet we can use a shuttle, transported in a ship hangar, similar to a launched fighter that is more agile and can move faster to explore the atmospheric planets. The shuttle can't transport an SRV, but unlike the launched fighter it can land so the player can explore further on feet, oops planetary legs.
What's your choice? Please reply only referring to gameplay and not in terms of realism analyzing current ships aerodynamics.