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About 21,485 years
I believe it would take 44,470,261 years at 17 Km/s, the current speed of Voyager 1 according to Wikipedia
Sirius does not orbit the Sun.
Since sirius is 8.6 light years away and light travels at the speed of light including lasers then guess what?? It's gonna take 8.6 years...
Sirius 8.6 yearsBarnards Star 6 years
How long it would take to get to Neptune from Earth would depend on the path chosen and on where Neptune and Earth were in their orbits when the mission was launched. For example, the Voyager 2 spacecraft was launched on Aug 20, 1977 and it reached Neptune on Aug 24, 1989. So, Voyager 2 took about twelve years to reach Neptune.
If you take a jet it will be 513 years, 2 months. With rocket it is 12 years,3 months
About forever. If it were even aimed that direction, which it's not.Voyager is further from Earth than any physical man-made object ever, and it's still moving away from the Sun faster than any other physical man-made object, so it's in no danger of being overtaken anytime soon.However, it's still very, very near the Sun by interstellar distance standards.It takes light from the Sun about 17 hours to reach Voyager 1.However, Sirius is about 8.3 light years from the Sun ... that is, light from the Sun takes about 8.3 years to reach Sirius. That's about 17,500 times further away than Voyager is, and Voyager's been traveling since 1977. So, quick back of the envelope calculation ... it will take Voyager over 600,000 years to get as far away from the Sun as Sirius is, and as mentioned it's not pointed in the right direction to get to Sirius (or any other nearby star); according to NASA it's headed vaguely in the direction of the constellation Ophiucus.
That distance you gave is nearly 200 astronomical units so if that is right the time would be 8 minutes times 200, which is 26½ hours.
Voyager 1 and Voyager 2 have both left the heliosphere, but neither has left the solar system. The edge of the solar system is considered to be the outer boundary of the Oort Cloud, The exact width of the Oort Cloud is not known, but its estimated that it would take Voyager 2 about 300 years to reach the inner boundary of it. To reach the outer boundary of the Oort Cloud, truly leaving the solar system, would take Voyager 2 something like 30,000 years.
I think it is a fixed-star so it stays in the same spot relative to our perspective.
Voyager's supposed maximum sustainable speed is "warp 9" which is assumed to be ( times the speed of light. Being that Alpha Centauri is 4.37 light years away from our sun then at warp 9 it would take 177.025 days, or approximately 6 months, to reach it. Chief Engineer Nerdberg, signing off.