|Mun||1||6712 m/s||6502 m/s||5862 m/s|
|Minmus||2||6642 m/s||6562 m/s||6322 m/s|
|Moho||30||5882 m/s||3682 m/s||2282 m/s|
|Eve||42||6532 m/s||5222 m/s||-6778 m/s|
|Gilly||43||3572 m/s||3362 m/s||3327 m/s|
|Duna||75||6502 m/s||6132 m/s||4752 m/s|
|Ike||76||5862 m/s||5752 m/s||5217 m/s|
|Dres||150||6262 m/s||5462 m/s||4907 m/s|
|Jool||280||5647 m/s||3017 m/s||-96982 m/s|
|Pol||281||517 m/s||-383 m/s||-563 m/s|
|Bop||281||587 m/s||-363 m/s||-639 m/s|
|Tylo||281||827 m/s||-113 m/s||-3183 m/s|
|Vall||281||1047 m/s||257 m/s||-923 m/s|
|Laythe||281||1417 m/s||637 m/s||-2163 m/s|
|Eeloo||296||5462 m/s||3362 m/s||2522 m/s|
-  This figure is the difference between that delta-v required, and that available.
Try to make it as close to 0 as possible if you want to justify your expenditure to the alread-quite-annoyed Kerbal tax-payers.
-  If the body (or its parent body) has an an atmosphere, we've tacked on the possiblity
to aerobrake for orbiting and landing. Except we've just set it at a leeway of 200m/s, because Bill borrowed our calculator just before he got in the... oh.
-  We've assumed you're going to make a stable orbit around a parent body before
transfering to a moon, because were all about safety here at KSP Mission Control.