Alex Verb

Wow! Amazing! Masterpiece! Thank you for proving I'm right!

Hello Everyone, Here is my attempt. Equatorial arc = 314.3 degrees Equatorial distance = 3291 km Thank you!

By taking time for acceleration (I've considered as linear). Do you need the full formula? I didn't take in account the Kerbin daily rotation. So precision is not quite good. Well, I think we also can just deorbit as land start is not required for the challenge.

That's what I exactly mean. I've taken it in account.

Record whole video than scale in video editor. It takes much space. Good luck!

Hello everyone, Here is my attempt: Length = 6.6m Speed = 147.8m/s

If we use 4x most of the time and can fly up to 70km, so I have calculation that it is possible but crazy. In this case we need 6000-14000 of delta V (depends on precision). Speed should be 2616-2800 m/s and radial in thrust is about 0.1-1 of Gravity if you can handle it in 4x while flying. Practically it means hours of practice and some calculations and possibly using KAL-1000 with premade settings. I can give you my very unprecisious calculations of it's possibility if you need it

Should we safely land? Or just make 1 round below 70km height? If the second, I'll try at least calculate this possibility. 7:09 length? Also what about stages? Need more information for limits.

Hello again. Here is my 2nd attempt. Glider with separated boosting stage.

Alex Verb: Kerbin Circumnavigation. Full circle mostly by the ocean. 28 live hours. Stock + Breaking Ground

Hello everyone. Here is my first glider for the challenge: The second one will be available soon.