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That doesn't seem accurate?Nope, cruse speed on the canon Intrepid was 9.975, we flubbed it.
Edit: huh, it is.
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That doesn't seem accurate?Nope, cruse speed on the canon Intrepid was 9.975, we flubbed it.
Nope, cruse speed on the canon Intrepid was 9.975, we flubbed it.
According to Star Trek: Starship Spotter and the Star Trek: Voyager Technical Manual, warp factor 6 is the actual cruising speed for the Intrepid-class. "Dragon's Teeth" would support this, as the episode begins with Voyager cruising at warp 6, as does "Pathfinder", in which the average speed of warp 6.2 was estimated as the speed Voyager was traveling towards the Alpha Quadrant. According to the text of the Technical Manual, warp 9.2 is supposed to be the maximum sustainable speed, while warp 9.6 is the rated top speed and warp 9.9 is a speed that can be sustained for only a few minutes. In a speed chart, the Manual contradicts itself by giving instead warp 9.975 as the top-rated speed, which could be maintained for 12 hours. According to the chart, the 9.975 speed corresponds to a velocity of 3,056 times the speed of light. This would be much slower than what warp 9.9 was canonically established to be in "The 37's", well over twenty-one thousand times the speed of light.
No, it's not. If it was, it'd have taken Voyager a decade or so to reach home. It *says* it is, but it really cannot be.
Memory-alpha says this:
This makes sense, since warp 9.9 being >21000c is hilariously fast, and out of the general rule of thumb of c = WF3.3, and supports a general idea that ships can sprint at an unsustainable rate.
Also, even at 3056c, 70k light years is only 22.9 years. A warp factor of 6 is actually too slow by most rules of thumb, so one presumes the time was calculated by adding in the maximum sprint duration and then fall back warp. At Warp Factor 8.6, this is only 53 light years, not assuming any duration of WF 9 sprinting.
But that's maximum speed. This is never cruising speed.Nope, cruse speed on the canon Intrepid was 9.975, we flubbed it.
Alternately a cruise of Warp 8 is 1024c, so 70 years for 70k light years works out just fine.
Finally, the maximum warp is given a canonical speed estimate in two episodes. In "Friendship One", the ship is capable of crossing 132 light years in one month at maximum warp. This turns out to be only about 1,554 - 1,721 times the speed of light. In "Scorpion, Part II", the ship is capable of crossing 40 light years in 5 days at maximum warp. This in turn is 2,922 times the speed of light. The later estimate is closer to the 3,056 times the speed of light mentioned in the Manual.