fester wrote:JohnRoth wrote:fester wrote:
I'm aware of the crapload of MDM pods in orbit around Sphinx --- (side note, why in orbit and not a couple million kilometers closer to the RZ/normal space boundary and off to the side a little bit???)
Gravity. Anything close to a major body is going to be in orbit around it unless you've got some kind of active propulsion to keep it in a fixed relationship.
That's going to be expensive, and if you're talking things like shoals of pods having an active propulsion system is going to give away where they're located.
So get small station keeping drives on the pod arrays and get a few pod tenders built/retrofitted from old cruisers that otherwise would have been scrapped. Energy in the Honorverse is ridiculuously cheap, so use it
You can use gravity to help you. There is a spot known as the L2 Larange point. (further away from the Sun.)
A spacecraft placed there is more distant from the Sun and therefore should orbit it more slowly than the Earth; but the extra pull of the Earth adds up to the Sun's pull, and this allows the spacecraft to move faster and keep up with Earth.
At a certain point, the spacecraft’s orbital period equals that of Earth’s. This is L2. It is located 1.5 million kilometres directly 'behind' the Earth as viewed from the Sun. It is about four times further away from the Earth than the Moon.
With the weaker pull of the maticore A star on sphinx, the star/sphinx L2 larange point would be between 2 and 3 Mkm tward the hyper limit from sphynx (7-10 light seconds) this would be ideal for a cluster of pods and or forts. You don't need thrusters to keep them in place
There is also an arc that runs from L2 to L5 behind sphinx orbit, not quite as stable as L2 that would also be suitable for placing pods or forts. these would require minimum orbital corrections.