InterSol, proposed to be Australia’s first space port for re-usable rocketing technologies.
Facilities and Destinations
Inter Sol Launch Relay
Inter-Sol will see to the landing of Stage 1 boosters from collaborating international leaders, a timely re-launch which will include an Australian developed Stage 2 and payload capsules where upon separation of relaunch the booster will return to the desired landing site, establishing the rocket relay launch system. Allowing for rockets to be re-used and re-purposed decreasing the associated cost of space travel both for the environment and space farers alike. Featuring 3 Landing pads and two Launch towers the complex will allow for close and consecutive landing, repair and re-launch of current and future next generation rockets with room to grow into horizontal launch and terrestrial aircraft facilities that will accompany the planned R&D scientific hub.
Phase 1 - Heavy Rocket Comparable
Phase 1 of construction will see the the repair house, Falcon9 comparable landing pads, falcon heavy comparable launch pad and supporting systems. As more incoming rockets are de-commissioned any and all salvageable parts will be accumulated and used for the repair of younger models bringing down the price of each relaunch enabling affordable and reliable launches as soon as possible.
Phase 2 - Next Gen Compatible
A superheavy booster comparable landing pad and Starship comparable launch pad are to accompany a mission control headquarters with air control tower. The infrastructure will facilitate exponential growth in Australia’s contributions to the space sector, allowing both international and interplanetary support and services to be launched from the Southern Hemisphere on mass.
Phase 3 - R&D Facilities, Horizontal Launch Compatible
Seeing to the development of space travel assisting technologies by investing in R&D facilities, Industrial hub for both the space and respective scientific fields will allow for greater exponential growth into space-faring as we will be able to easily upgrade and tailor any necessary hardware and technologies between launches and keep up with advancements made globally.
Australian Launch Outlook
Orbit
With the International Space Station fast approaching its current decommission date in 2028 with possible extensions into 2030, replacement support modules and new Space Stations will be necessary for terrestrial development and deployment throughout the foreseeable future.
Moon
NASA currently has in-situ lunar base plans and with its proximity to the Earth, the Moon poses great potential for scientific development. Utilising the moon as a stop gap between Earth and Inter-planetary development could be the difference between success and failure of (solar) system development. This development offers multitudes of possible launches for the foreseeable future including the current trailblazer missions (A.S.A.)
Mars
SpaceX’s planned development of the red planet shows Australian support launches may be necessary throughout the foreseeable future and with the lack magnetosphere and thus atmosphere, we are designing and testing terraforming and MCE protection technologies to enable sustainable long term presence on the surface while Inter Sol will facilitate Australia’s contribution to the planets development and future supply chains.