I made some delta-V calculations for the Saturn system after a demand from
8bitCosmonaut .
They apply to the latest version: 1.1.
I won't make a graphic delta-V map as I did for planets and moons from stock game, so I apologize for the raw presentation, but this really takes a lot of time. So here are the results:
Injection from LEO to Saturn system: 1342 m/s
When burning at Saturn periapse (or aerobraking), Insertion into:
- Low Saturn Orbit: 2116 m/s
- Transfer trajectory to Mimas: 501 m/s - Insertion LMO: 799 m/s
- Transfer trajectory to Enceladus: 417 m/s - Insertion LEO: 625 m/s
- Transfer trajectory to Tethys: 354 m/s - Insertion LTO: 834 m/s
- Transfer trajectory to Dione: 297m/s - Insertion LDO: 807 m/s
- Transfer trajectory to Rhea: 237m/s - Insertion LRO: 667 m/s
- Transfer trajectory to Titan: 148m/s - Insertion LTO: 443 m/s
- Transfer trajectory to Hyperion: 136m/s - Insertion LHO: 517 m/s
- Transfer trajectory to Iapetus: 102m/s - Insertion Iapetus: 298 m/s
With a bi-elliptic transfer:
Burn at Saturn periapse: 84 m/s (sets your ship on an orbit which apoapsis is at SOI's level)
Transfer to:
- Low Mimas Orbit: 21 m/s (at apoapsis) + 608 m/s (insertion)
- Low Enceladus Orbit: 25 m/s (at apoapsis) + 414 m/s (insertion)
- Low Titan Orbit: 69 m/s (at apoapsis) + 337 m/s (insertion)
- Low Iapetus Orbit: 117 m/s (at apoapsis) + 77 m/s (insertion)
Bi-elliptic transfers are more efficient but also require more time and one additional maneuver. I only included the inner, outer, and the 2 most famous moons for now, but I can include the remaining ones later.
Transfer from moon to moon:
- Mimas to Enceladus: 69 m/s (Escape Mimas) + 123 m/s (Insertion Enceladus)
- Enceladus to Tethys: 120 m/s (Escape Enceladus) + 56 m/s (Insertion Tethys)
- Tethys to Dione: 62 m/s (Escape Tethys) + 69 m/s (Insertion Dione)
- Dione to Rhea: 89 m/s (Escape Dione) + 65 m/s (Insertion Rhea)
- Rhea to Titan: 141 m/s (Escape Rhea) + 320 m/s (Insertion Titan)
- Titan to Hyperion: 310 m/s (Escape Titan) + 27 m/s (Insertion Hyperion)
- Hyperion to Lapetus: 115 m/s (Escape Hyperion) + 68 m/s (Insertion Iapetus)
Note that all those transfers can be read in both directions: a transfer from Enceladus to Mimas cost the same as a transfer from Mimas to Enceladus.
Of course, keep in mind that those are theorethical values, so you may include a margin when planning your trip. If a delta-V value seems really way off the one indicated, please let me know, I'll check it.