Tag: Rutherford rocket Engine

#RocketLab #火箭實驗室 | Testing the #NextGeneration #Electron #CarrierRocket #RunningOutOfFingers in developing progressively for #ReusableCarrierRocket ….

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An American – New Zealand based Carrier Rocket company Rocket lab in which it’s preparations for an launch of 25th November 2019  in which is bound to be launched from the eastern coast of North Island New Zealand from its Mahia Peninsula Launch complex one launch for the late February calendar.. In which it’ll be position in a LEO –Low Earth Orbital position… In which its launch time is unknown to be announce….   Also featuring the next generation’s series of the Electron 3D printed booster rocket engine for its tenth launched…

Launching featuring Electron Carrier Rocket with its carbon fibre fuselage with its next generation 3D printed engine.. is this mission will carry deployment of several Commercial Small Satellites  into its designated orbit in which the Next Generation Electron Engine is designed to be used as Reusable for the Reusable first Staging Carrier Rocket in  which is test driving for any lessons learn towards full commercially of a cost effective reusable carrier rocket..

On this mission of Running out of Fingers, is an onboard rideshare mission in which the payload composes of six spacecraft’s 5cm PocketQube microsatellites from satellite manufacturer and mission management provider Alba Orbita…. In which the final eighth payload to ridesharing is Spaceflight for ALE Co., Ltd (ALE), a Tokyo-based company creating microsatellites that simulate meteor particles.

ATL-1: A payload from Advanced Technology of Laser (ATL) from Hungary designed to test a new thermal isolation material in space, conduct a thermal insulator material experiment, and DVB-T band spectrum monitoring.

Fossasat-1: FossaSat 1 is a picosatellite developed by Spanish non-profit organization Fossa Systems. The spacecraft, which fits in the palm of a hand, is a communications satellite that uses low power RF to provide IOT connectivity.

NOOR 1A & NOOR 1B: These satellites from Stara Space will demonstrate LEO-to-LEO intersatellite link technology communicating with ground stations on Earth; crucial technologies required to create a real-time global communications constellation in space.

SMOG-P: A novel spectrum monitoring payload built by students at the Budapest University of Technology and Economics in Hungary. Smog-P features a spectrum analyzer to measure man-made electromagnetic pollution from space.

TRSI Sat: ACME AtronOmatic is a US-Germany based software application development company that provides flight tracking services to the aviation community and to mobile applications such as MyRadar, a weather radar application for mobile devices.

ALE-2: Tokyo-based ALE Co., Ltd ‘s ALE-2 satellite aims to create man-made shooting stars by simulating re-entering meteor particles. The satellite includes multiple redundant attitude sensors and controllers, as well as a propulsion system for maneuvers.

Launch update: We’re standing down from today’s launch attempt to conduct further tests on ground systems. We’ll update with a new target launch date soon. The window remains open until 12 December

Work on the Stage 2 umbilical that caused us to stand down from last week’s launch is nearing completion, however poor weather conditions are driving a launch attempt no earlier than 07:56 UTC, Friday 6 Dec. Stay tuned for updates as we continue to assess weather this week.

Teams at Launch Complex 1 are moving into position for today’s launch December sixth 2019  in which launch successfully  attempt of the #RunningOutOfFingers mission. Ground winds are a concern that we’re monitoring as we approach the opening of the window at 07:56 UTC.

 Including during this first test flight of the testing the next generation of  Electron Carrier Rocket with its new Next Generation Rutherford Engine in progressively developing towards Reusability  the first guided, full telemetry re-entry of the Electron launch vehicle’s first stage as part of Rocket Lab’s plans to re-use and re-fly rocket boosters in future missions. Recovery instrumentation onboard this flight will include guidance and navigation hardware, including S-band telemetry and onboard flight computer systems, to live-gather data during the first stage’s atmospheric re-entry, as well as a reaction control system to orient the booster.. In which those new instruments installed will help the process of developing the Next Generation Electron reusable Carrier Rocket …

 

Credit Images and visuals are from Rocketlab.usa

#RocketLab #火箭實驗室 |#LC1 #LaunchComplexOne #MahiaPeninsula a Tour of the first launch complex of an American Carrier Rocket company that’s based in #NorthIsland #NewZealand introductory for #RunningOutOfFingers …

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An American – New Zealand based Carrier Rocket company Rocket lab in which it’s preparations for an launch of 25th November 2019  in which is bound to be launched from the eastern coast of North Island New Zealand from its Mahia Peninsula Launch complex one launch for the late February calendar.. In which it’ll be position in a LEO –Low Earth Orbital position… In which its launch time is unknown to be announce Running Out of Fingers….   Also featuring the next generation’s series of the Electron 3D printed booster rocket engine for its tenth launched…

Launching featuring Electron Carrier Rocket with its carbon fibre fuselage with its next generation 3D printed engine.. is this mission will carry deployment of several Commercial Small Satellites  into its designated orbit in which the Next Generation Electron Engine is designed to be used as Reusable for the Reusable first Staging Carrier Rocket in  which is test driving for any lessons learn towards full commercially of a cost effective reusable carrier rocket..

Located on the Mahia Peninsula on New Zealand’s East Coast, LC-1 is the best spot in the world to launch more frequently than anywhere else on the planet. In which is launch range is thirty nine degrees south latitude in which launching at SSO –Sun Synchronous Orbit … in which Amanda Stiles, Director of Mission Management and Integration, in which the Hanger has crew of fifty personal to provide launch engineering..  In which the whole electron rocket comes together in construction from various locations manufactured in New Zealand also its American partners coming together at the Mount Wellington complex in Auckland New Zealand… in which testing the components before launch towards the Mahia Peninsula LC1..

In which the final process of the payload it is tested in the Clean room in where it’s integrated into the kick stage with the payload flaring then it’s installed towards the carrier rocket then towards the launch complex in where it’s controlled a mission controlled in Auckland ….

#RocketLab #MadeInNewZealand | #StillTesting – flight number two – stage one stack static Rutherford engine testing.

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Recently late August 2017 , Auckland Based, Made in New Zealand- Rocket Lab, has recently tested for its second attempt test certification launch for its New Zealand Homemade Electron Carbon fibre Rocket with, it’s innovative 3D printed oxygen/ kerosene Rutherford Engines for its primary components in which clustered to same mirroring pioneering propulsion systems like the Soyuz’s daisy Clustered engines which has a component  print time averagely of twenty four hours..

Previous the first test certification flight nicknamed “it’s a Test” was launched in 25th May 2017.. on the east coast of North Island, at Mahia peninsula in which launch complex one, New Zealand made constructed in the same manner like Space X’s Falcon nine’s also the Roscomos Soyuz’s Launcher carrier transfer pad tractor rocket system to launch pad facilities..

As part of the second static testing was to solve any further issues that resulted from the first flight in findings it was a telemetry data loss issue that lead towards the termination of the “it’s a Test’ first certification flight in which was corrected as part of investigation as Rocket Lab testing out the essentials it’s preparing for its second certification testing flight in which is coming soon..

#ROCKETLAB | #NewZealandMade #ElectronRocket- Mahia Peninsula from #ItsATest launch complex one – launch profile…!

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As the building up to the to the launch window during the 22nd of May 2017, there’s been few weather related setbacks but none of technical issues came across towards the final launch that happen on the 26th May 2017, in which on a partially clouded day with the right launching environmental weathering criteria, The Launched of the Rocket Lab was initiated nicknamed “IT’S A TEST”  As New Zealand has become the ninth space industry country to be commercially  soon in launching payloads into orbit,  from New Zealand  north island west coast line in Mahia Peninsula from it  firstly New Zealand’s home-grown constructed Electron Rocket launch complex facilities.. In which taken from many inspirational designs from the early days of NASA, SpaceX, also from the Soyuz rocket launcher systems…

With is their sleek All Black sporting flag colour like Air New Zealand’s 21st Century livery that’s now iconic.. so is now the Rocket Lab’s Electron rocket comes with many New Zealand made innovations, in the hulling shell of the rocket is made out from durable sleek Carbon fibre with its innovative home grown clustered Rutherford Oxygen-Kerosene 3D printed Engines in which akin to the same design linage to the Soyuz, SpaceX, Blue Origin engine clustering…. The Electron is interesting innovative it’s takes many elements of Plug and Payload in which the payload make it easier to install at the Assembly building facilities.

As Rocket Lab’s Electron Rocket starts with in currently certification process in various launch testing that been in currently previously done from its first launch, in progressive process in creating its own standard in launching various of payloads, this show the simulated potential of the of the Electron deploying its first payload from a two staging rocket system in getting low orbit payloads accessible into low earth orbit..

#ROCKETLAB | #NewZealandMade #Electron Rocket- successfully launched its maiden flight from Mahia Peninsula from #ItsATest launch complex one…… !

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As New Zealand has become the ninth space industry country to be commercially  soon in launching payloads into orbit,  from New Zealand  north Island west coast line in Mahia Peninsula  on from a  22nd May 2017, with the launched window at in between 0900 to 2000 hours New Zealand Time..  in which this is the first commercial company in New Zealand in joining the Space industry in the provisions of providing affordable unique launch carriers … in which in its Home-grown Uniqueness is New Zealand Made comes to  mind is Rocket Lab.. 

As the building up to the to the launch window during the 22nd of May 2017, there’s been few weather related setbacks but none of technical issues came across towards the final launch that happen on 25th May 2017, in which on a partially clouded day with the right launching environmental weathering criteria, The Launched of the Rocket Lab was initiated nicknamed “IT’S A TEST”

In the past various launch complex sites was considered in various parts of New Zealand in which gives a suited launch location Mahia Peninsula was chosen to be the newly acquired first launch complex for Rocket lab’s carbon fibre hulling rocket the Electron.. In which stands at seventeen meters long, that’s half the length of a Captain Jean Luc Picard’s Sovereign Class Captain’s Yacht in which sits at 33.5 meters long.….

The home grown Rocket Lab’s Electron rocket comes with many New Zealand made innovations, in the hulling shell of the rocket is made out from durable sleek Carbon fibre with its innovative home grown clustered Rutherford Oxygen-Kerosene 3D printed Engines in which akin to the same design linage to the Soyuz, SpaceX, Blue Origin engine clustering…. The Electron is interesting innovative it’s takes many elements of Plug and Payload in which the payload make it easier to install at the Assembly building facilities. .   then readily install on the launch complex launcher ramp on the same design elements like the Russian’s Soyuz’s, Space X in which there’s been some interesting challenges in building the launch complex from the ground up but with the team that thinks innovatively like Admiral Montgomery Christopher Jorgensen “Scotty” Scott Chief engineer of the constitutional class Enterprise they can’t go wrong..….