>
Saudi Students Get Away And On The Loose! Bombshell Revelation From Former MSM Journalist!
Barr thinks FBI may have acted in 'bad faith' in probing Trump campaign's links to Russi
The Afghanistan War Revealed: An 18 Year, Trillion Dollar Lie! by Ron Paul
Near Term Laser Space Propulsion to Move Twenty Times Faster in the Solar System
2nd Largest Insurance Firm, Swiss Re, Classifies 5G as a "High Impact" Liability Risk...
Man Claims an Inexpensive Medicine for Dogs that Kills Worms and Parasites Cured His Cancer
Roborace's first ever driverless hillclimb
China gene-edited baby experiment 'may have created unintended mutations'
Why The Future Needs Us Humans
British Virgin Islands Announce US Dollar-Backed Digital Currency
Batman-style device restrains criminals by shooting a tether around their body so officers...
World's first car that can fly and drive 'with a top speed of 200mph in the air and 100mph..
Scientists Discover Molecule That Triggers Self-Destruction of Pancreatic Cancer Cells
Plan for 24 Launches Per Year
The SpaceX goal is to eventually launch Starship/Super Heavy approximately 24 times per year. As Starship/Super Heavy launches gradually increase to 24 launches per year, the number of launches of the Falcon would decrease. The Starship and Super Heavy would exceed the lift capabilities of the Falcon Heavy. Due to the higher lift capability, Starship/Super Heavy could launch more payloads and reduce the overall launch cadence when compared to Falcon 9 and Falcon Heavy. This would increase the cost-effectiveness of the space industry. Starship/Super Heavy missions would include Lunar and Mars destinations, currently not supported by any other space vehicle, increased satellite payload missions, and human spaceflight. Missions could range from tests of the launch vehicle and ship, to cargo delivery. The manifest is incomplete at this time but would evolve as the rocket develops. There could be multiple launches in close succession required to support a single mission (i.e., Lunar Program sending multiple payloads to resupply). Prior to launch, during initial phases of Starship/Super Heavy development, SpaceX would perform rehearsals without propellants on the vehicle (dry) and rehearsals with propellants on the vehicle (wet) to verify full launch readiness. Dry and wet rehearsals were conducted during the development of the Falcon 9. A static fire test of the Super Heavy booster and the Starship would be performed prior to each launch. The static tests would be similar to that currently done for Falcon, with the booster held in place while engines are ignited to simulate the initial stage of launch. The test would be used to assess the performance of the Raptor engines prior to launch.
Landing pad 39A will get new structures and upgrades to existing facilities.