Alright, here’s a quick chart I made explaining the speed at which a vessel travels when traveling at a certain Warp Factor (the details being given in Star Trek). This uses the TOS measurements. I don’t exactly remember what the source of these numbers were, but I did get them from somewhere else. The numbers make sense, as well.

For example:

·At Warp 1, it would take 7.798 years to go from Earth to Wolf 359 (a distance of 7.798 lightyears).

·At Warp 2 it would take roughly 199.4 days to go from Earth to Alpha Centauri (a distance of 4.367 lightyears).

·At Warp 3, it would take about 22.2 years to travel from Earth to Kepler-22b (a distance of 600 lightyears).

·At Warp 4, it would take about 114.1 days to travel from Earth to Gliese-581d (a distance of 20 lightyears).

· At Warp 5, it would take roughly 48.2 days to go from Earth to Vulcan (a distance of 16.5 lightyears).

·At Warp 6, it would take roughly 8.9 days to go from Bajor to Cardassia Prime (a distance of 5.25 lightyears).

·At Warp 7, it would take roughly 25.9 days to travel from LV-223 to Earth (a distance of around 24.3 lightyears)

·At Warp 8, it would take about 1.3 years to travel from Earth to Betelgeuse (a distance of around 643 lightyears).

·At Warp 9, it would take about 102.9 years to go from Ocampa to the Badlands (a distance of 75000 lightyears).