Space Shuttle Docking with the Destiny Laboratory

Slides:



Advertisements
Similar presentations
Launch Timeline PowerPoint created by Shirley Garrett using Space Camp handout.
Advertisements

The International Space Station TO This All Pictures and text from NASA sources, unless otherwise noted.
Gravitational Field Strength & Satellites. Gravitational Field Strength Gravitational force per unit mass on an object g = F g / m (units = N/Kg) g =
SPACECRAFT ACCIDENTS: EXAMINING THE PAST, IMPROVING THE FUTURE Intelsat VI Recovery with STS-49 (Endeavour) Bryan Palaszewski working with the Digital.
Space Shuttle Justin Schultz. Space Shuttle Space Shuttle is the first orbital space craft designed for reuse Delivers payloads and a rotation of crew.
Space Exploration. S Explain how various technologies have extended our ability to explore and understand space. S Evaluate the impact of.
International Space Station People living in space just above your head! Look up at the right time and you’ll see them, just 220 miles up!!!
Current Space Missions (Part 2)
Mass Effect Retribution by Drew Karpyshyn Fisher Jones.
 President Ronald Regan committed to developing a space station back in 1984!  Zarya was lifted into orbit on November 20th, 1998 by a Russian Proton.
Spacecraft must have a rocket attached to give it the thrust needed to send it into space. Thrust must be enough to reach escape velocity. Escape velocity.
EXAMPLE 1 Add a constant to data values Astronauts The data set below gives the weights (in pounds) on Earth of eight astronauts without their space suits.
HALEY GAYDEN INTERNATIONAL SPACE STATION. BACKGROUND The International Space Station took 10 years and over 30 missions to assemble. The space station.
Click once to begin. All images from unless otherwise noted.
The Hubble Telescope Fast Facts. # 1 The Hubble Telescope travels around the Earth at a speed of 5 miles per second.
Chapter 11 Vocabulary ACOS # 11
Chapter 23 Space Transportation Systems. Objectives After reading the chapter and reviewing the materials presented the students will be able to: Understand.
Chapter 24 Space Vehicular Systems. Objectives After reading the chapter and reviewing the materials presented the students will be able to: Identify.
Vehicle Analysis Branch Langley Research Center Study of Orbiter-like Cargo Carrier on Crew Launch Vehicle October 25, 2006 FEMCI Workshop 2006 Goddard.
 Communication  Observatory  Flyby  Lander  Penetrator.
12.3 Exploring Space: Past, Present and Future Until the invention of the telescope, knowledge of space was very weak, and mythology and speculation were.
Life on Alpha Home in space Space station. Alpha orbits at 386 kilometers above the earth.
By:Jamie,Dickson,Justin,Braeden,Crystal. 1. What are the main differences between the space shuttle and the space station? The space shuttle is designed.
Space Shuttles By Frederick. Launching Space Shuttles To lift the 4.5 million pound (2.05 million kg) shuttle from the pad to orbit (115 to 400 miles/185.
MOTION Lesson 1: What Factors Affect Motion?
The History of Space Exploration
The Space Shuttle. The Shuttle’s mission  The purpose of the space shuttle is to bring supplies, equipment, and people to the International Space Station.
The Shuttle Transportation System Produced by Loren Fletcher (click picture)
Discovery : Champion of the Space Shuttle Era Jennifer Levasseur Museum Specialist Smithsonian National Air and Space Museum.
The Space Shuttle. The Shuttle’s mission  The purpose of the space shuttle is to bring supplies, equipment, and people to the International Space Station.
Disruptives covering of charge  e  Electron Electron orbit Nucleus Disruptives covering of charge  e  0 – PROTELF Capture – Principle Scheme PROTELF.
The final Space Shuttle has landed… Now what??. The Space Shuttle Since 1981, NASA space shuttles have been rocketing from the Florida coast into Earth.
Jordan Stewart INTERNATIONAL SPACE STATION. INTERNATIONAL SPACE STATION (ISS) The International Space Station (ISS) is a habitable artificial satellite,
Orbital Mechanics Ted Spitzmiller.
Newton’s Law of Universal Gravitation:
Space Shuttle  Presentation by:  Adjunct Professor Walter Barry  Space Shuttle launch  Orbit  Re-entry  Private Enterprise.
Non-Inertial Reference Frames Unit 4 section 6.6 and 6.7.
Unit 4 ● Week 5 decisions Key Words. Unit 4 ● Week 5 communicate Key Words.
Tim Peake – British Astronaut An Information PowerPoint.
Launch Structure Challenge - Background Humans landed on the moon in 1969 – Apollo 11 space flight. In 2003, NASA started a new program (Ares) to send.
EO Detective Observing the Earth from Space. Where would you photograph? Collecting evidence for an investigation.
MSG Seal Replacement Mission Scenario Pre-Pack List (SOC OCR – ULF 1.1) MSG Front Window Exchange MSG Glove Rings & Feed- through Install MSG.
History of Rocketry 1. The first rockets were invented by the Chinese when they invented gunpowder in 1200 A.D. to propel rockets. 2. Sir Isaac Newton.
NASA MSFC Mission Operations Laboratory MSFC NASA MSFC Mission Operations Laboratory Japanese Experiment Module (JEM) Airlock Overview Jimmy Whitaker ISS.
SPACE SHUTTLE.
CRCT Preparation.
Weight and Mass How much you are being pulled down vs. how much matter you have in your body.
Fires!. Brought to you by the Challenger Learning Center at Wheeling Jesuit University.
Chapter 22 Exploring Space
The International Space Station (ISS)
International Space Station
Chapter 16 Section 8 What is the space shuttle?
Unit D – Space Exploration
ATLANTIS: The Final Mission PowerPoint Show by Emerito
Space Travel Present & Future
Satellite Motion Satellite – an object that’s in orbit about
What technology is used to discover objects outside of Earth’s atmosphere? By: chloe de beaupré.
Links and Information Bible verses referenced in presentation:
What is life like on the ISS?
STARSHINE on Station Conceptual Configurations
Particle F=ma (n-t): Example Problem 3
The Mathematics of Weightlessness
By: Faith Yizek 9H and Alex Neacsu 9M
Layers of the Atmosphere
Rockets, Satellites, and the International Space Station
Period 2 Question 1.
Momentum.
Chapter 16 Section 10 How are space stations used?
Unit 15 – Forces and Motion
Chapter 2 Vocabulary Words.
Presentation transcript:

Space Shuttle Docking with the Destiny Laboratory STATION EXTERNAL AIR LOCK About 200 miles above earth the International Space Station prepares for arrival of the Space Shuttle Orbiter. The two will dock by joining their external airlocks at the Station Vestibule, the entrance for the astronauts.

Station Docking Equipment DESTINY ISS EXTERNAL AIRLOCK INTERNAL AIRLOCK

Station Docking Equipment Airlocks are identical on the Space Station and the Orbiter. The outer ring of the Station airlock is extended to meet the outer ring from the Orbiter airlock. The Orbiter then captures the Station ring and retracts to close up tightly with the Space Station.

Shuttle Orbiter External Airlock ORBITER EXTERNAL AIRLOCK is a mirror image of the one on the Space Station. TRUSS PAYLOAD BAY

The Orbiter will lock onto the Space Station MOTOR DRIVEN GUIDE PETALS (TYPICAL OF 3) CAPTURE LATCH (TYPICAL OF 3) EXTENDABLE RING LOCKS

Orbiter approaches the Station from 600 ft.

The Orbiter is in charge of the docking maneuver The Orbiter is in charge of the docking maneuver. Thirty feet from the Station it stops to check alignment of the docking rings, then goes on to Capture and Lock at a speed of only 1/10 ft. Per sec. INNER AIRLOCK HATCH DESTINY LABORATORY EXTERNAL AIRLOCK ISS DOCKING RING TRUSS ORBITER DOCKING RING CARGO DOOR ORBITER PAYLOAD BAY

The Orbiter pulls airlocks together for docking DESTINY LABORATORY AIR LOCKS JOINED ORBITER

Inside the Orbiter the inner airlock hatch is opened and you see the door to the Station

Say HELLO to new Space Station friends