Was watching Star Trek TNG 'Encounter at Farpoint' last night and had a question about propulsion in space. To start, I get it's Sci Fi, and not really a real ship. But......
In Farpoint, the Enterprise D separates the saucer with the main part at Warp 9.8. They seam really concerned about doing that maneuver at that velocity, and in fact, have to ask Data if they can even do it. If space is a vacuum, why would the speed matter? My other question is if the warp drives are in the main section, how would the saucer section maintain it's warp velocity, or even physically separate from the drive section. I get that inertia would keep the saucer going, but how long could it maintain 9.8 without continued propulsion? If the clasps that hold the two parts together are in the 'rear' section of the saucer, wouldn't they have to be traveling in 'reverse' to be able to separate at that speed, or any speed above what the saucer is capable of on it's own?
I know that there are a lot of questionable things that occur in space in Sci Fi, like JJ Abrams flash light flare, and fire, but was just wandering.
In Farpoint, the Enterprise D separates the saucer with the main part at Warp 9.8. They seam really concerned about doing that maneuver at that velocity, and in fact, have to ask Data if they can even do it. If space is a vacuum, why would the speed matter? My other question is if the warp drives are in the main section, how would the saucer section maintain it's warp velocity, or even physically separate from the drive section. I get that inertia would keep the saucer going, but how long could it maintain 9.8 without continued propulsion? If the clasps that hold the two parts together are in the 'rear' section of the saucer, wouldn't they have to be traveling in 'reverse' to be able to separate at that speed, or any speed above what the saucer is capable of on it's own?
I know that there are a lot of questionable things that occur in space in Sci Fi, like JJ Abrams flash light flare, and fire, but was just wandering.