THE NEW XS-1 SPACE PLANE CAN INNOVATION GET ANY BETTER?

Slides:



Advertisements
Similar presentations
Historical Developments Why Do Aerospace Vehicles Look the Way They Do?
Advertisements

OFFICE OF THE CHIEF TECHNOLOGIST 2 Space Technology Program – Overview Possible Solution Possible Solution Idea Possible.
Korean War Gazette News From out of This World Final EditionJanuary 14, 1951Volume 5, Number 1 NASA “Skunk Works” WISE Project NACA Read about how it.
The space shuttle Discovery hitches a ride on a modified Boeing 747 carrier aircraft from California to the Kennedy Space Center in Cape Canaveral,
CaRES Project #xxyy Project title Date when you began this project CaRES intern name(s) Your school(s) Your preceptor’s name.
AEROSPACE 410 AEROSPACE PROPULSION Lecture HYPER X X-43 project NASA SCRAM-JET TESTS Using a rocket booster from ORBITAL SCIENCES INC. Dr. Cengiz Camci.
Delta Clipper To Boldly Go…. A presentation by: Jason Moore & Ashraf Shaikh.
By: Desirae Rodriquez Kevin Ellis Dasia Sanchez Dylan Hall Genesis Fernandez.
Edmund Ross. Virgin Galactic is… A revolutionary new company with ambitions to make public space flight common, and affordable. The company is owned and.
Space Travel Kathleen Sykes. Types of Space Exploration Manned Spaceflight A spaceflight with a human crew Includes space tourism Space Probes When a.
Page 0 COMSTAC RLV Task Force on Training RLV TASK FORCE ON TRAINING May 15, 2008 Maurice Kennedy.
Space Exploration Tools Rockets Space Shuttle Artificial Satellites Space Probes International Space Station Telescopes.
Private Space Flight A presentation by: Peter Solfest Click on the hyperlinks (superscripts and pictures) to go to the source website.
DE Science Elementary “5-Minute Prep” For Space: Our Solar System and Beyond Stars and Universe Space Travel.
Science SPACE BASICS. Science SPACE BASICS The Basics of The Space Shuttle Learn about: 1.The history of Rocketry. 2.How the Shuttle gets into space.
Chapter 23 Space Transportation Systems. Objectives After reading the chapter and reviewing the materials presented the students will be able to: Understand.
Means Of Transport - Kids Cartoon Animation
Unit 12 Additional Evidence Chantelle. 1.1 I can describe what types of information are needed. Business card In my business card I included my logo I.
Space Exploration Timeline
Title Ceramic Hand Build Technique Research Enter the technique followed by your name. Pottery 1/B Day and 1 st Block You are art students. Choose a design.
SPACE And SHUTTELS BY RAJ KISHORE PANDA. The Basics of The Space Shuttle Learn about: 1.The history of Rocketry. 2.How the Shuttle gets into space. 3.The.
What does it take to LAND on Mars? Whitney Eggers Emmett, Idaho Aaron McKinnon, Boise, Idaho Mentors: Behzad Raiszadeh, Eric Queen Whitney Eggers Emmett,
Current Need Aging space shuttle fleet’s retirement is imminent If the ISS is going to continue operation there needs to be a replacement to get humans.
PowerPoint Psychology Tips for AMAZING PowerPoint Presentations.
1 Commercial Crew Program The Next Step in U.S. Space Transportation Brent W. Jett October 11, 2012 Commercial Crew Program - Same Crew…New Ride.
Inception Review of the review. Original Review “It is a movie with a very interesting concept. The plot revolves around this piece of tech developed.
Team PM8 Eventus Slide 1. Commercial spaceflight has seen increased activity as more privately owned companies invest in the venture. To avoid a catastrophic.
Presented to: COMSTAC RLV Working Group By: Ken Wong, Licensing and Safety Division Manager Date: May 15, 2008 Federal Aviation Administration Federal.
 Space Shuttles allowed astronauts to live in space for up to two weeks to complete experiments or repairs on space equipment.  It lands like an airplane.
A room with a view like never before The USC UNIVERSAL SPACE CRUISER Mandy Cordova ASTE 527.
By: Tim Beauvais. What is Aerospace?  Aerospace is the industry that researches, designs, manufactures, operates, and maintains vehicles moving through.
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.
Unit 6 Lesson 1 Explanation. In 2004, President Bush set the following goal for the NASA constellation program, “this vision… is a sustainable and affordable.
Where ever you go do it by rocket Where to go next ?
EarthKam Discoveries Ben Pike and Jake Martin B Period.
Shuttle Program1 Rockets – The Space Shuttle Ted Spitzmiller.
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.
Multimedia Presentation Mysteries of This World and Beyond.
Excerpt from SAE 550 Lecture Series: Systems Architecting and the Political Process What’s Next for Manned Space Programs? University of Southern California.
After Having The Exhibition We Have Now Been Asked To Evaluate Our Work…
Links Flight By Jacob Whatley About the Author Planes Helicopters Army Planes Jets.
Space Exploration Timeline
Bellringer udyjams/jams/science/solar- system/sgravity-and-inertia.htmhttp://studyjams.scholastic.com/st udyjams/jams/science/solar-
Human Space Exploration. Telescopes Purpose is to gather light to form an image The image can be recorded by cameras Light from cities is a problem (light.
Step 2: Research Purpose: Learn why humans have become the most intelligent creatures on Earth.
Space Exploration Past, Present, Future. Space Exploration The Big Picture Space exploration is still in infancy. Although we have learned a lot, we still.
Enterovirus-D68. Enterovirus-D68 is just one of the many strains of enterovirus. It is another problem, along with Ebola, that is very dangerous for mankind.
By: Bryce Carlson. -What is A/B testing? -What companies are using A/B testing? -Why use A/B testing? -How does A/B testing work? -Advantages/Disadvantages.
The Principles of Space Instrument Design Lauren Shea Based on research completed at MSSL Alton Convent School.
UP TO THE SKY By Mohammed Al hadidi 7WM ISE. Content: First flight Principle of flight Development of airplane Types of airplanes Spaceflight Aerospace.
Space Exploration.
Warm-Up – 11/17 – 10 minutes Utilizing your notes and past knowledge answer the following questions: Describe the problems encountered when attempting.
Space Shuttle
How high can aircraft fly?
The DARPA Vulture Project
Mentor Training Model IDE 632 Dr. Rob Pusch
Space, the final frontier
Commercial Human Space Systems Overview
NASA Vector and "Meatball" Patches
Rolling Spider Shaw STEM Lab 2017.
Space Travel Present & Future
Commercial Human Space Systems Overview
Commercial Human Space Systems Overview
Historical Developments Why Do Aerospace Vehicles Look
“SpaceX Rocket Launches Secret Government Payload”
Warm-Up – 12/5 – 10 minutes Utilizing your notes and past knowledge answer the following questions: Describe the mixture of gases in the atmosphere. What.
Aerospace Engineering
Wonder Project Emma Schulmeister.
“Solar Sailing Away” Written by Clay Dillo
Presentation transcript:

THE NEW XS-1 SPACE PLANE CAN INNOVATION GET ANY BETTER?

WHAT IS THE XS-1 AND WHAT IS IT’S PURPOSE? Space exploration. It is amazing, full of discoveries, but also very, very expensive. It started with capsules. A big leap forward, yet they were one- time-use only. They were expensive. The next jump was the magnificent space shuttle. These were re-usable for the most part, though some parts were replaced for each use. We’ve basically been riding a subway train ever since the great Space Race. But now we’re about to board a bullet train. That’s how innovation works. And now the XS-1 is being developed. It is to be our new method of space travel, possibly one day it will be commercial, and you can ride one of these. The XS-1 is a space plane that is being developed to be more re-usable than the previous Space Shuttle. It hasn’t been made yet, and the project is still in phase 1. but one day, this new vehicle may become the dominant one in the space industry.

Space CapsuleSpace ShuttleXS-1

ARTICLE 1 Article 1 was found on space.com, it was published on May 1 st 2015, and was by Elizabeth Howell. It was titled, “XS-1: DARPA's Experimental Spaceplane.” The article started off by explaining how the DARPA (Defense Advanced Research Projects Agency) is developing the XS-1 space plane. It explains that while space shuttles were for the most part re-usable, new external tanks were made for each use, and many of the ceramic tiles found on the atmosphere re-entry system were constantly in need of replacement. The XS-1 is anticipated to lift payloads from 3,000 to 5,000 pounds for less than $5 million U.S. dollars. The XS-1 is supposed to fly more than ten times the speed of sound. The XS-1 is to be like a normal aircraft. The point of that is that the maintenance, use, and cost will be more like that of an airplane than an advanced piece of space technology. There are three teams working on developing the space plane, each competing for the flight contract with the DARPA. Northrop Grumman, Virgin Atlantic, and Scaled Composites are one team. Masten Space Systems and XCOR Aerospace is another team. Boeing and Blue Origin is the last team. The DARPA explained how current satellite launches would need to be planned an scheduled years before the actual launch. With the XS-1 however, the DARPA explained how these sort of issues lead to the idea of the XS-1. This space plane is being designed to be able to be used for military as well as commercial uses. This year, the DARPA is going to choose one of the teams for further progress. After a flight test in the year 2018, the DARPA stated that the program could then be continued by the Air Force, the Navy, or a commercial company. The XS-1 would in flight, soar to high altitudes as the re-usable first stage, than a separate stage that cannot be re-used would send the satellite into orbit.

ARTICLE 2 Article 2 was also from space.com, was published on August 26 th 2014, and written by Douglas Messier. It was titled, “Masten Space Systems Aims High on XS-1 Military Space Plane Project.” The article explained how Masten has had a lot of prior experience with vertical take off and landing, which is extremely difficult. Masten’s version of the XS-1 does just that. The article explained how the DARPA gave 12-month study contracts to Northrop Grumman, Boeing, and Masten. This article explained the same info about the payload and speed as the first article. It was also said that Masten is a small company, with less than 20 employees. Masten’s concept art showed a vertical take off with a VTVL system. The article ended off with explaining how Masten paired with XCOR Aerospace.

COMPARISON Article 1 Gave the overall picture Included a few picture From a reliable site No videos Explained space craft’s goals and possibilities Recent Article 2 Focused on companies design Most info was conveyed through multiple quotes from Masten From a reliable site Included a few pictures Provided a video Explained space craft’s goals and what Masten hopes to accomplish with it. Lots of comments A year old

COMPARISON CONT. Gave the overall picture Included a few picture No videos Recent Focused on companies design Most info was conveyed through multiple quotes from Masten Provided a video Explained what Masten hopes to accomplish with it. Lots of comments A year old From a reliable site Included a few pictures Explained space craft’s goals Article 1Article 2

…MY CHOICE… If I were to recommend one of the two articles to a friend, I would recommend Article 1. It gave the big picture and everything that you needed to know. It had all the facts. It included a few nice pictures. It was reliable info and was up-to-date. Article 2 was nice, but it focused on only the design of one of three teams. A lot of it was made up of quotes from experts. The article also had some background on the company Masten. A part of it was also on how the company is transforming in the types of space craft it produces, which was nice but boring. This article is a year old, it was actually from the year that the three teams got contracts. And most of the details are repeats of what you would find in Article 1.

DARPA ANIMATION OF XS-1

CONCLUSION The XS-1 is an amazing project. When it is done, it will be able to fly at a speed more than 10 mach (10x the speed of sound). The project can enhance our understanding and view of the cosmos. It will greatly reduce the costs of maintenance and operations, resulting in possibly, more frequent missions. As of now, the design of any three teams could be chosen. However, regardless of the design, this space plane will be the next big leap in space exploration.

MLA CITATION Article 1: Howell, Elizabeth. “XS-1: DARPA's Experimental Spaceplane.” space.com. space.com, 1 May Web. 2 May Article 2: Messier, Douglas. “Masten Space Systems Aims High on XS-1 Military Space Plane Project.” space.com. space.com, 26 August Web. 2 May

Made utilizing Microsoft PowerPoint 2007 All images from And Video from and presented by the DARPAwww.space.com Logos are trademarks of their respective companies In honor of space research Thank You for watching May the force be with you