2605:E000:1F00:6D2:AC02:2B0A:A804:5A1: Created page with "This was very helpful. I found V2 today 2018-11-16 @ 21:33 (-8 PST) Sol: 2,069,476 Sedna: 1,735,221 Persephone: 2,367,205 I found it by making a formula for Sedna..."

2018-11-17T06:06:23Z

Created page with "This was very helpful. I found V2 today 2018-11-16 @ 21:33 (-8 PST) Sol: 2,069,476 Sedna: 1,735,221 Persephone: 2,367,205 I found it by making a formula for Sedna..."

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This was very helpful. I found V2 today 2018-11-16 @ 21:33 (-8 PST)

Sol: 2,069,476

Sedna: 1,735,221

Persephone: 2,367,205

I found it by making a formula for Sedna and Pers' locations based on the number of days after 2018-01-01 0:00 GMT:

Sedna: 1,736,453 - 3.84305 * days

Persephone: 2364102 + 9.687975 * days

Note that this will not get you the exact location, but should get you within range to pick it up on sensors.

For those that are geometry challenged, if you fly so the sun or planet is at the farthest edge of the navigation compass, it will cause the object to move towards or away from you VERY slowly, almost at 0. Helpful if you fly to the 2,069,476 Ls from Sol like I did then navigate from there.

CMDR Wilminator

Talk:Voyager 2/@comment-2605:E000:1F00:6D2:AC02:2B0A:A804:5A1-20181117060623 - Revision history

2605:E000:1F00:6D2:AC02:2B0A:A804:5A1: Created page with "This was very helpful. I found V2 today 2018-11-16 @ 21:33 (-8 PST) Sol: 2,069,476 Sedna: 1,735,221 Persephone: 2,367,205 I found it by making a formula for Sedna..."