STS-125 Hubble Space Telescope(HST) Servicing Mission 4 (SM4) Overview Presented By: Jerry L. Ross October 6, 2009 Prague, Czech Republic 1.

Slides:

Advertisements

Similar presentations

The James Webb Space Telescope Knox Long STScI. JWST – Successor to HST Introduction Webb Science Webb Hardware Summary.

Advertisements

Return to Hubble: Servicing Mission 4 Dr. Frank Summers Space Telescope Science Institute April 2, 2009.

C T A Camera Mechanics Rich Northrop University of Chicago 1 Design Review Argonne May 9, 2014 Final.

National College RomaniaCassiopeiae Team Made by Alexandra Birladeanu and Gina Ioana Ursu.

HUBBLE SPACE TELESCOPE PROGRAM Sixth European Conference on Space Debris 1 Goddard Space Flight Center mk_overview.ppt Space Shuttle STS- 31 Deployment.

1 IAC Late-Breaking News Analysis of STS-118 Tile Damage Utilizing the Tools and Techniques Developed Since Return to Flight William H. Gerstenmaier Associate.

The Hubble Space Telescope (H.S.T.) By Jason Hunyar.

Inner Guides=Text Boundary Outer Guides=Inner Boundary Asteroid Redirect Mission and Human Exploration Michele Gates Human Exploration and Operations Mission.

AMS-02 tracker mechanics status of assembly and integration at UniGe Outer planes: - Tests of evaporator (cooling loop) integration - Tools to develop.

Hubble Space Telescope Goddard Space Flight Center Hubble Ultra-Wide-Field Imager (HUFI) David Leckrone Senior Project Scientist for HST December 16, 2001.

Max Mutchler Research & Instrument Scientist Space Telescope Science Institute 1 October 2009 A behind-the-scenes perspective: Hubble servicing, calibrations,

SMART About NASA’s Magnetospheric Multiscale Mission (MMS) MAGNETIC RECONNECTION is a little-understood physical process at the heart of space weather.

Hubble 4-D: The telescope in space and time A conversation with Ed Weiler on the origins of servicing.

A student project. What is a space telescope?  A space telescope is a telescope that orbits around Earth in space.  Like other telescopes they take.

The Hubble Telescope Ashley Field. Hubble Facts The Hubble Telescope was launched into low Earth orbit in 1990 Four main instruments observe in the near.

* Optics in space revolves around the behaviour of light outside of the atmosphere. Studying celestial bodies, galaxies and planets, is one way to view.

The Hubble Mission: Past and Future With thanks to NASA for images!

SPACECRAFT ACCIDENTS: EXAMINING THE PAST, IMPROVING THE FUTURE Hubble Recovery with STS Bryan Palaszewski working with the Digital Learning Network NASA.

Hubble Space Telescope Advanced Space Academy Fall 2003 USSRC Proprietary.

The Hubble Space Telescope and Next Generation Space Telescope Duncan A. Forbes Centre for Astrophysics & Supercomputing, Swinburne University.

LIVE INTERACTIVE YOUR DESKTOP January 28, 2010 NASA/NSTA Web Seminar Series How Telescopes Have Changed Our View of the Universe Hubble’s Universe:

“Building the Hubble Space Telescope.” Instituto Politecnico National April, 2009 C. R. O’Dell Vanderbilt University Instituto Politecnico National April,

TIPS - October Updates on ACS-R Marco Sirianni October 18, 2007.

Feifarek 1 MAPLD 2005/A220 Jonathan F. Feifarek Timothy C. Gallagher Lockheed Martin Space Systems.

24-Jun-2008K. Sembach 1 What’s Happening During Hubble Servicing Mission 4? Ken Sembach STScI Hubble Project Scientist.

A SEMINAR ON HUBBLE SPACE TELESCOPE PRESENTED BY: HARI OM ELECTRONICS & COMMUNICATION REG NO SECTION-C ROLL NO.– 123.

Columbus Operations Columbus Control Centre 8 October 2009 Prague ASE XXII Congress Space – Opportunities for all An Overview to Columbus Operations Reinhold.

Fine Guidance Sensor 2010 HST Calibration Work Shop Ed Nelan Barbara McArthur STScI.

3 May 2007SM4 Briefing - Chris Blades HST & Servicing Mission 4 This briefing will provide an overview of the present condition of the Hubble observatory.

Hubble: Back in Business and Better Than Ever Dr. Frank Summers Space Telescope Science Institute September 9, 2009.

CCDs in space: the effects of radiation on Hubble’s Advanced Camera for Surveys (ACS) Max Mutchler, David Golimowski (Space Telescope Science Institute),

27-Apr-2009K. Sembach 1 Servicing Mission 4 - Revisited Ken Sembach STScI Hubble Project Scientist April 27, 2009.

Cosmic Origins Spectrograph Hubble Space Telescope James C. Green University of Colorado Cosmic Origins Spectrograph Instrument Design and Capabilities.

HUBBLE Past …future?. NASA’s Great Observatories “an astronomical Mount Rushmore” Spitzer Chandra Compton Hubble.

Overview of STIS Repair Plans Charles R. Proffitt November 16, 2006.

The Hubble Space Telescope 1National College Iasi.

Space Systems Laboratory University of Maryland test.col.pp4 HERA: Hubble End-of-life Robotic Augmentation – A Robotic Alternative for SM-4 David L. Akin.

Modern Universe Space Telescope Visions 2003 Proposal Dennis Ebbets Ball Aerospace UV Optical Space Telescope Workshop STScI February 26, 2004.

May 21, 2009John MacKenty, STScI1 WFC3 SM4 Events and Current Status.

Telescopes By Eric Johnson and Fernando Rios. How Telescopes Work The larger the light gathering area the more light that enters the telescope. The more.

Exploring the far reaches of the universe. Hubble Telescope By Blake Shaffer.

Hubble Space Telescope Coronagraphs John Krist JPL.

SMOV3B SMOV3B PROGRESS As of 20 March TIPS 21Mar02 Carl Biagetti/NISD.

STS-114 Mission Objectives Test and evaluate new inspection and repair techniques Deliver supplies and cargo to the Space Station via the Raffaello MPLM.

Image Processing: Critical to Hubble Discoveries

The Future of the Hubble Space Telescope Steven Beckwith April 25, 2005 Space Telescope Science Institute.

Bob Dedalis, HST Payload Safety Manager

Who We Are Today Is Who We Were Then Frank Cepollina Associate Director Satellite Servicing Capabilities Office Presented to.

The European Hubble Space Telescope Legacy Archive Wolfram Freudling.

Hubble Space Telescope By Brittany Bellows Physics 1040 – Spring 2011.

Astronomical Observational Techniques and Instrumentation

SWT Overview 1 UCB, Nov15/16, 2006 THEMIS SCIENCE WORKING TEAM MEETING Mission Overview Peter R. Harvey Project Manager University of California - Berkeley.

Astronomy 1010 Planetary Astronomy Fall_2015 Day-23.

FM1 Instrument Suite Pre-Ship Review (PSR)INT- 1 UCB September 21, 2005 THEMIS FM1 INSTRUMENT SUITE PRE-SHIP REVIEW (PSR) INTEGRATION AND TEST PLANS Jeremy.

A 128 fiber Slit-Plate assembly, Kinematic mount

EVA: Don’t Leave Earth Without It

View from the Space Shuttle Atlantis shows a high oblique scene looking toward the Red Sea, Sinai Peninsula and the Mediterranean Sea.

FCAT Prep! Please read the passage following this slide and answer the questions at the end. Remember to… 1.Stop and think about what you are reading after.

Hubble clarity Groundbased… Hubble… Outline Dissecting nearby galaxies Studying galaxies when they were young What makes sense, and what doesn’t?

Cosmic Origins Spectrograph November 13, 2003 Page 1 “Data contained herein is exempt from ITAR regulations under CFR 125.4(13) -- data approved for public.

The Hubble Space Telescope (H.S.T.)

Introduction Conception, design How it works? The HST launch Scientific results Future of Hubble Conclusion.

NASA’s Great Observatories “an astronomical Mount Rushmore” Spitzer Chandra Compton Hubble.

Status of EPS Battery configuration finalized Solar panel layout –finalized Solar panel Substrate is ready for bonding EM – fabricated and Completed the.

Incorporating Hubble Servicing with NASA’s Long-Term Vision

NASA Satellite Servicing Evolution

NASA Satellite Servicing Evolution Human – Robot – Human

James Webb Space Telescope

Learning Targets 1). You need to understand what the electromagnetic spectrum is as well as how it is organized. 2). You must be able to describe the relationship.

A Comparison of Space Telescope Configurations

Presentation transcript:

STS-125 Hubble Space Telescope(HST) Servicing Mission 4 (SM4) Overview Presented By: Jerry L. Ross October 6, 2009 Prague, Czech Republic 1

Wide Field Planetary Camera 2 COSTAR Gyros Solar Arrays Launch! Imaging Spectrograph Near Infrared Camera Fine Guidance Sensor Gyros Advanced Computer Fine Guidance Sensor Advanced Camera Solar Arrays Power Control Unit NICMOS Cooling System Gyros Wide Field Camera 3 Cosmic Origins Spectrograph Batteries Fine Guidance Sensor STIS Repair ACS Repair New Outer Blanket Layer Soft Capture Mechanism SM1 SM2 SM3A SM3B SM4 De-Orbit Mission HUBBLE MISSIONS NET _PMB_SM4_Overview_PAO.ppt 2

HST SM4 Flight Crew Scott Altman Greg Johnson Megan McArthur John Grunsfeld Drew Feustel Mike Good Mike Massimino 3

4

STS-400 is being prepared as the rescue mission for STS-125. It will be processed in parallel with STS-125 and will be available for launch if needed HST Launch on Need (LON) Rescue Mission STS-400 5

Flight Support System Super Lightweight Interchangeable Carrier Orbital Replacement Unit Carrier Multi-use Logistic Equipment Carrier HST Servicing Mission 4 (SM4) Configuration 6

SI C&DH (Bay 10) SI C&DH 7

WFC3 will be the first Hubble wide-field camera spanning Ultraviolet – Visible - Infrared 8

Battery Bays (2 & 3) Bays 2 and 3 Bays 2 Bays 3 9

Battery Details 10

Rate Sensor Unit (RSU) HST Rate Gyro Assembly (RGA) Rate Sensor Unit and Electronic Control Unit

COS will be the most sensitive UV spectrograph ever to fly on Hubble 12

ACS Worksite CCD Electronics Box (CEB) Radiators 13

ACS Worksite/Tools View from bottom of ACS looking up Cover Plate (32 Non-Captive Fasteners) Grid – To Be Cut 14

Grid Cutter 15

Fastener Capture Plate 16

Card Removal from ACS Card Extraction Tool 17

CEB Replacement Module Power Supply Module Power Connectors ACS Repair 18

L-Handle EVA Handle MEB Cover LVPS-2 Card (Internal) STIS Cover Clamp Fastener Capture Plate The Fastener Capture Plate is attached to the STIS MEB cover and is used to capture the 111 screws that EVA astronauts will remove in order to gain access to the failed LVPS-2 power supply card 19

Low Voltage Power Supply (LVPS) Card 20

STIS Card Removal 21

FGS R&R Access to HST Access to FSIPE 22

Soft Capture Mechanism SCM attached to HST EM Soft Capture Mechanism (SCM) Fitcheck with Lightweight Berthing and Positioning System (BAPS) ring The Soft Capture Mechanism will be attached to the aft bulkhead of Hubble during SM4. It greatly increases the likelihood of a successful autonomous rendezvous and capture. It is a risk reduction opportunity for a future de-orbit mission 23

24

25