Difference between revisions of "Minmus"

Revision as of 16:15, 18 September 2012

Minmus as seen from orbit in version 0.15.2

A full projection map of Minmus as of version 0.15 and above

A topographic map of Minmus made with the ISA MapSat plugin

Minmus is a small moon of Kerbin, and only available in versions 0.15 and higher. From the surface of Kerbin or Mun, it is a cyan speck which appears to slightly oscillate vertically. This is a result of viewing its rotation from afar. Up close, it is mint green in appearance with what seem to be icy buttes, large hills, and frozen lakes. The highest areas are over 5.7km in altitude. It is more difficult to reach Minmus orbit than Mün orbit, but easier to land.

Characteristics

• Equatorial Radius: 60 km

• Mass: 4.234e19 kg

• Density: 46.79 g/cm^3

• Surface Gravity: 0.785 m/s^2 or 0.080 g

• Gravitational parameter: 2.825505 km^3/s^2[[1]]

• Escape velocity from surface: 306.89 m/s

• Rotation Period: ~299.272 hours; Rotation: ~1.203 degrees per hour, or ~0.35 m/s (believed to be tidally locked to Kerbin)

• Axial Tilt/Obliquity: 6° with respect to its orbital plane, 0° with respect to the ecliptic.(?)

• Theoretical Minsynchronous Orbit altitude: 4303.59 km; Minstationary Orbit velocity: 25 m/s

Note, this Stationary orbit cannot actually be achieved, as any satellite or vessel attempting to achieve this orbit will be re-captured by Kerbin.

Orbital Characteristics

• Parent Body: Kerbin

• Semi-Major Axis: 47000 km

• Velocity: 274.1 m/s

• Inclination: 6°

• Longitude of Ascending Node: 78°

• Argument of Periapsis: 38°

• Mean Anomaly at Epoch UT = 0.0: 0.900000 radians

• Orbital Period: 12 days, 11 hours, 16 minutes, 19 seconds (1077379 seconds)

• Synodic Period from Kerbin's Surface: 14 days, 3 hours, 1 second (1220401 seconds)

• Sphere of influence: ~ 2,713 km or 45 body radii

Topography

Minmus has a much rougher surface than Kerbin or Mün, with substantial areas over 4 km high. The vast majority of the surface is rolling hills, with lakes of frozen methane concentrated near the equator.[2] The lakes are almost perfectly flat and mostly at datum altitude (0 m).

Reference Frames

Rotational/Inertial transition: 100,000 m

See Also

• Universe
• Star
• Moon
• Asteroid
• Mun

v t e Kerbol System Kerbol Moho Eve Kerbin Duna Dres Jool Eeloo (The Sun)   Gilly Mun Minmus Ike   Laythe Vall Tylo Bop Pol