awbeck

Reported Version: v0.2.0 (latest) | Mods: none | Can replicate without mods? Yes OS: Windows | CPU: 12th Gen Intel(R) Core(TM) i7-12650H 2.30 GHz | GPU: RTX 3050 Ti | RAM: 16gb I believe this is related to saving and loading. I created a mission using the Mk 1-3 "Gumball" command pod and transferred Bob to another vessel (Mk1 "Explorer") via EVA. The transfer took place in orbit of the Mun. I then landed on the mun, closed the game for the day, and reloaded my save the next day. During Rendevous, I noticed the Mk 1-3 "Gumball" command pod now had Val filling the empty seat left by Bob. Included Attachments:

Land a Kerbal on each body in the Kerbol system! (Except Kerbol itself and Jool ) Return to Kerbin. "Points" measured by in-game time. Ends 6/1/17. Check back here on that date to see winners. Rules: Mods allowed: Kerbal Engineer Redux Kerbal Alarm Clock Visual enhancement mods that do not affect physics/gameplay No cheat menu Must use "Hard mode" settings in options Hard mode challenges: Multiple Kerbals (5 days deducted per extra Kerbal) No drilling (213 days deducted) SSTO (NO decouplers, NO docking ports; 213 days deducted) Close flyby of Kerbol (closest gets 1 year deducted) Jool entry (deepest aerobrake gets 100 days deducted) Submission: Comment with screenshots or send a link to a youtube video (Published on or after 5/26). Include: Screenshot on each body Screenshot of mothership once assembled (if applicable) Evidence of each hard mode challenge A screenshot landed on Kerbin in the end A link to all craft files

@GoSlash27 that would be really interesting. i literally just started learning matlab though, i'm not sure i could have it design a whole rocket & give that output

The current version only has the one dV calculation. later versions will include things like calculating dV between 2 circular orbits, dV to circular and escape velocities, inclination changes (including best burn angle), dV to transfer between any 2 elliptical orbits, transfer to other planets, and more.

Kerb Calculator Version 0.2 This one's for all the engineers, physicists, and mathematicians out there: Kerb Calculator is a simple MATLAB .m file that will easily, and precisely (to ~12 decimal places) calculate the amount of delta V is in a stage. The program already knows the mass of all stock fuels, so all you have to do is plug in how many units are in the tanks. Have you ever been stuck in a high orbit of Kerbin wondering if you have enough fuel to get home? Now you know! As the code progresses, I will update the link below: Current Version: 0.2 (Feb 2, 2016) https://drive.google.com/open?id=0B6MhbnaSc1H4c2tQQy1mVW9lcnM Version history: (none)