Jupiter’s Route Structure Space Flight Sequence Antennary Description
Jupiter is known for being our solar systems giant vacuum cleaner because of its massive 88,860 mile diameter gravitational. At this size the striped orange refection world takes fist place as being the solar system largest planet. Since Jupiter is orbiting only about 500 million miles away from our planet, and or sun it takes about 12 years to complete just one solar orbit. Because Jupiter is just about large enough to become a “mine sun” this orange glowing planet has turned its internal core into an automatic heating machine. This ability to maintain an over heated core to surfaces temperature geothermal warming effect helps Jupiter’s atmosphere maintain multiple hydrogen gas filled jet streams. Not only do these various jet streams have the ability to travel at over 500 mph but they are free to move in two different equatorial propelled directions.
Perhaps Jupiter’s is most recognized by its famous, super size, low pressure, tornado looking region. This super sized tornado constantly rotates within the upper atmosphere year after year. Not only is this upper atmosphere difficult to navigate but Jupiter also maintains multiple and hazardous magnetic radiation fields and complicated comic space dust filed rings. If that’s not enough of an obstacle course for us, Jupiter’s orbital system is also jammed packed with over 16 different moons. These minter’s solo systems bodies vary in sizes, shapes, atmospheres, and magnetic / gravitational field characteristics.
Because of its massive size Jupiter is one of the four giant planets who mass has the ability to keeps their surfaces from truing into solids. Though our Haynes flying saucers are fully submersible because of this liquid coved surface characteristic, it is impossible for Blue Ridge Spaceline to attempt any VTOL operation directly on the landscape. This simply means that Jupiter over crowded moon population zones will house many of our preferred “hard surface” landing destinations.
Though Jupiter maintains a 1.308 degree inclination with an obliquity rotational angle of 3.12 degrees Blue Ridge Nebula Spaceline can still uses a our standard flat ecliptic approaches directly from the typical route systems earth’s 0 degree solar orbit inclination pathways.
However, as Dr. Haynes has revealed in his Third Wave Airline Trilogy book package, it’s much easier to regulate environmental living conditions such as gravity, temperature, and atmospheres contained via manmade structures. Because of this fact the world’s first and safest space-starline will feature homesteading visiting features such as flying sky cities and orbital space stations within its route network. These rotating self gravity generating stations located near moons such as, Europa, Ganymede, Thede, Metis or Callisto are where most of our passengers and their related cargo supplies will be headed too. These Blue Ridge Nebula Spaceline artificial, homesteading structures will be parked and on either side of
Neptune ’s mutable magnetic generated radiation zones. The time to travail to the giant orange and yellow striped mine sun’s complicated world will vary depending on the Earth – Jupiter planetary routing pair orbital distances. Blue Ridge Nebula Spaceline Space transportation routing fares will fluctuate according to time or season space departure antennary stipulations.
The time to travail to this mine sun’s complicated world will vary depending on Earth - Jupiter planetary routing pairs orbital distances and the time, seasons, of departure so fares will fluctuate accordingly.
