#SpaceX |#Falcon9 – #Bloopers- How Not to land an Orbital Rocket Booster…!

“…… Look that’s not a Rocket explosion – It’s just a rapid unscheduled disassembly…”

On That December 2015 successfully landed the SpaceXFalcon nine reusable first stage Carrier rocket, on first successful land landing on landing zone one on Cape Canaveral Air force Station in which average takes ten minutes to land from the Launch pad in NASA-KSC from that Iconic LC 39A Launch complex 39A that launched the Apollo – Saturn five rockets to the STS- Space Transportation Systems Space Shuttle mission in which that Launch Complex has undertaken onto a different era of Space Transportation specs..  As for the other First Successfully Drone Ship landing is on April 2016…

As for Successful landing, come with numerous trials and tribulations that’s coming a massive learning curve in getting it right…  The Right Stuff….!

2013 September – Hard impact on ocean

2014 April – First Soft water landing

2014 July- Second soft water landing

2014 July- Breaks Apart After Tipping

2014 August- Engine Sensor failure

2014 September- Ran out of liquid oxygen

201 January- Ran out of Hydraulic Fluid

2015 April – Sticky Throttle Valve

2016 January- Landing Leg Collapsed

2016 March – landing burn failure

2016 May- Radar Glitch

2016 May- Landing legs Damaged

2016 June – Ran out of Propellant

#SpaceX | #CRS12- launched from the iconic Launch complex 39A to resupply the international Space Station- Highlights….

 

On an instantaneous 14th August 2017  Florida  SpaceX  have successfully launched a commercial resupply services mission, its twelfth- CRS 12– From that NASA- KSC- Iconic launch Complex 39A – Florida in which launched the Saturn five rockets also the Space Shuttle …… The launched occurred on a clear 14th August 2017 afternoon day on 1231 Eastern Day time without any technical issues. The launch is a SpaceX traditional launch in where it’s the first stage of the Falcon nine reusable launcher is return to land at the Cape Canaveral Air force Station ten minutes after the LC39A Launch on landing Zone one.. Dragon with its resupply Cargo is expected to dock with the International Space Station on the 16th August 2017…

Dragon reusable payload consist of 2900 Kilograms of supplies, consist of food,  critical materials of nature to provide 250 science research investigation for the Expedition 52 and 53 Station Crew also last minute payloads for time critical moments.. Also there’s an Argument reality equipment to assist the crew of the space station…. Also a commercial supercomputer in which to test the electronics in space…..

CNSA- China National Space Administration 2016 | unveils its next generation Long March five Rocket carrier systems.- the Ice Rocket-

In the recently build up towards PROC China’s CNSA- China National Space Administration rocket launching systems programme in heading towards CNSA’s launch complex in Hainan Province for a later launch this year launch calendar, as they recently announce the new CNSA’s Martian rover concept design in which its launch date is 2020 also with the construction extension of addition of more modules to the CNSA’s space station in which is fashion like the Russian’s Mir Space Station..  The Long March five series rocket is presumably the option in lifting heavy payloads into orbit with as been the PROC’s largest Carrier rocket to date, in which is heading out for trials at Wenchang from its Tianjin construction yard….. its comparison system is in between the Boeing’s Atlas four, ULA- United Launch Alliance Delta four heavy or Space X falcon nine systems..

Having its main large fuselage (CZ-5-500) with five meters in diameter with a total length of sixty two meters with four main separation boosters (CZ-5-300) launch with a payload weight of to low earth orbit of twenty five tonnes, with Geo stationary orbit of fourteen tonnes as its main stage engines is fuel by super cold liquid Hydrogen and Oxygen… it has two stages in sum in which one main stage with secondary stage ( CZ-5-HO) to provide the addition of option of a tertiary stage ( Yuanzheng 2) for extended higher attitude orbit….. There has been numerous learnt modifications, two hundred new technologies components learning from the previous generation…  it should be interesting to see whether this is the one that going to be used for the proposed CNSA’s Martian Rover learnt from NASA’s Martian Exploration rovers….