Please look forward to interacting with even more iconic NASA missions in future updates!
This app requires a camera.
An app that retrieves NASA's image of the day. You can save the images to the gallery and set them as your wallpaper. Please note images do not update on weekends and holidays.
NASA/JPL's Space Images app offers a unique view of the sky via hundreds of images taken by spacecraft studying planets, stars, galaxies, weather on Earth and more. Save to your device as backgrounds or wallpaper and share them with friends on Facebook, Twitter and email as you scan through our extensive photo albums and rate your favorites.
The Space Images app works together with NASAJPL’s newly launched Space Images website at http://www.jpl.nasa.gov/jplimages, so you can always have a view of space on the go (via Android, iPhone, and iPad) or at your desk.
· Discover the latest science images and videos of planets, stars, galaxies, weather and more
· Share photos and videos with friends on Facebook and Twitter
· Rate photos and check out which ones make the Top Rated list
· Choose the best space images and keep them handy in the Favorites folder
· Search for images or browse by categories -- now including Editor’s Pick!
· Access full captions for more on scientific discoveries, NASA spacecraft and missions
· Save images to your mobile device as backgrounds and wallpapers
★ Staff Favorite on iTunes (Space Images for iPhone V1)!
★ Top Free App in the AppStore Education category (Space Images for iPhone V1)!
If you like space or astronomy, you will like this ISS locator app.
ISS Detector will tell you when and where to look for the International Space Station or Iridium flares. You get an alarm a few minutes before a pass. You will never miss a pass of the International Space Station and you will never miss the bright flashes of the iridium communication satellites. ISS Detector will also check if the weather conditions are right. A clear sky is perfect for spotting.
Extensions will enhance the functionality of ISS Detector. With an in-app purchase you can add comets and planets, amateur radio satellites and famous objects, like the Hubble space telescope or the Chinese space station Tiangong.
• Overview of the coming passes
• Weather conditions for perfect sightings
• Radar screen with path indication
• Current location on a map
• Detection of Iridium flares
• Notifications and Alarms
• Share sightings with whatsapp, twitter, gmail, email etc.
• Automatic location and timezone detection
• Dedicated tablet layout
Available Extensions (in-app purchase):
Radio Amateur Satellites
Track dozens of ham and weather satellites
Track Hubble, X-37B, Fitsat, Tiangong and more
Comets and Planets
Track comets as they come closer to earth. Perfect for C/2011 L4 Panstarrs in March 2013 or C/2012 S1 ISON in November 2013.
Enable ISS Detector to display the positions of the planets on the radar view.
ISS Detector combines data from Nasa, Heavens-above.com, minorplanetcenter.net and weather from yr.no.
This app offers exciting ways to take part in discovery and learn about NASA's Mars missions.
What's New in Version 2.0
· Universal support for Android phones and tablet devices
· New design for Android phone and tablet devices
· Mars rover Curiosity's raw images
· See the latest mission images of our spacecraft and those returned from the Red Planet
· Learn about Mars and all the active missions
· Ask us a question about Mars
· Get up-to-the-minute news
· Check out behind-the-scenes videos featuring people on the missions
· Mars rover Curiosity's raw images
Learn more about Be A Martian at: http://BeAMartian.jpl.nasa.gov and visit NASA’s Mars Exploration Program website: http://mars.nasa.gov .
Simple layout with title, date, image, description and two buttons: for refresh and wallpaper.
Created as part of the tutorial and learning from the book "Head First Android Development" by Jonathan Simon.
No adds or banners.
Explore more of NASA with image galleries, news feeds and image sharing. The news feeds have links back to NASA's website so you can uncover more of what you want to know about.
Images can be zoomed and set as wallpaper, as well as shared with your friends through Facebook, Twitter, email, messaging, etc.
Kiip-enabled for rewards when you view and share the images.
If you have issues with the app or want, please drop me some feedback in the Review section or via email. I would love to hear from you. Please don't leave a low rating without saying why!
I would like to improve this app continuously, and your feedback helps me do that. Thanks!
*subject to daily publication by NASA.
This application places the ISS on the map in real time.
Calculate the orbit from the current time of device and TLE data, which obtained www.celestrak.com.
Green line is drawn 50 minutes before and after the current position of the ISS.
The user's position is marked with an android with the arm held high, surrounded by a semi-transparent red circle.
The red circle indicates approximately the area where the ISS would be visible by the user. That is, if the ISS is inside the circle, in theory, you could watch it at the sky. Remember, NEVER LOOK DIRECTLY AT THE SUN!
Internet access is used to obtain maps and update once a day TLE data. More zoom means more data traffic.
From the preferences menu you can enable/disable automatic tracking on the map.
The local time Can also be superimposed on the map.
Although you can get to see the ISS for the day is much easier to see at night, because in the night sky is the second brightest object after the Moon and before of Venus.
But to be visible at night must be some circumstances:
-The ISS must be illuminated by the sun, ie outside the cone of shadow of the Earth.
-The sun must be at least 10 degrees below the horizon or, in other words, must have had at least 40 minutes before or must miss more than 40 minutes to come out.
-In its pass, the ISS must rise more than 5 degrees above the horizon. Less than 5 degrees is not visible by the distortion generated by the atmosphere.
From the main application window, pressing the menu key you can select "Visible Pass".
From this screen we have the date, time and position of the observer and a refresh button (circular arrow).
Pressing the button proceed to calculate the visible pass for the next 2 days (changeable in preferences screen).
The result is a list of steps visible. Each step consists of:
-Day and month.
-Initial instant. Time, altitude in degrees, azimuth in degrees (cardinal point equivalent)
-Instant of Maximum altitude. Time, altitude in degrees, azimuth in degrees (cardinal point equivalent)
-Final instant. Time, altitude in degrees, azimuth in degrees (cardinal point equivalent)
Alarms: You can on/off pressing alarm button (top-left icon).
The locator uses accelerometer, the compass of the device and the calculated data to show the position of the ISS on sky from observer's position.
That is, when we moves the device to the sky shows a red triangle in the position of the ISS and a green dotted line showing the visible pass.
It also includes a positioning aid, based vibration:
- Hold the device pointing to the horizon, turn on your feet so as to vary only the azimuth (N, NE, E, SE, S, SW, W, NW). When the azimuth differs from the ISS in less than 10 ° there is a vibration.
- Now vary the altitude, vibration intensifies as it approaches the ISS and will be greatest when the red triangle is displayed.
- You can activate / deactivate the vibration by touching the screen.
Altitude: The angle of a celestial object measured upward from the horizon of the observer. An object on the horizon has altitude 0 ° while one directly overhead the observer is 90 °.
Azimuth: The direction of celestial object measured along the direction of clockwise from the northern horizon of the observer. An object in the north has azimuth 0 °, east 90 °, south 180 ° and 270 ° west
If you like the app you can donate to developer from Extensions menu.
You can now have a virtual planetarium in your pocket! Look through the eyes of your Android device to see a virtual window into the whole visible universe.
All you have to do is point your Android deviceº at the sky and Star Chart will tell you exactly what you are looking at.
Using state of the art GPS technology, an accurate 3D universe, and all of the latest high tech functionality, Star Chart calculates – in real time - the current location of every star and planet visible from Earth and shows you precisely where they are; even in broad daylight!
Want to know what that bright star is called? Point your device at it – you might just find out it’s a planet!
Want to know what the night sky looks like to people on the other side of the earth? Well just point your device down!
Want to know where your star sign is in the sky? Star Chart will tell you all this and more.
Star Chart's features include:
- Just point and view. No need to scroll around the screen to find out what you are looking at*.
- Alternatively, look around the sky using finger gestures – perfect for armchair astronomers!
- Voice Control: Explore the solar system with commands like: "Fly me to the Moon" / "Go to Saturn" / "Tour Mars" / "Look at Andromeda" / "Where is the Cigar Galaxy?"[English only]
- Supports dynamic device orientation viewing. Allows you to view the night sky whilst holding your Android device at any angle.
- Accurately depicts all the visible stars of the northern and southern hemispheres - a total of over 120,000 stars!
- Fly to and explore all the planets of the solar system, their moons and the sun all rendered in beautiful 3D with state of the art visual effects.
- Displays all 88 constellations, with constellation imagery based on the beautiful artwork by 17th century astronomer Johannes Hevelius.
- Includes entire Messier catalogue of exotic deep sky objects.
- Using the powerful Time Shift feature allows you to shift up to 10,000 years forward or backward in time.
- Tap on anything in the sky and get the facts on what you are looking at, including distance and brightness.
- Very powerful zoom function, lets you view the sky in extra detail, using intuitive finger gestures.
- Fully configurable. Star Chart displays only the sky objects that you are interested in.
- Allows you to view the sky underneath the horizon. So now you can see where the sun is, even at night!
- Manually set your location to find out what the sky looks like from anywhere in the world.
- Full search feature
So point your Android device at the sky and see what's out there!
Star Chart is published by Escape Velocity Ltd and developed by Escapist Games Ltd. We update Star Chart regularly, so please send us your feedback and feature requests to firstname.lastname@example.org.
And thanks for all your feedback so far!
Like us on Facebook: www.facebook.com/starchart
Follow Star Chart on Twitter: StarChartApp
º Augmented Reality (AR) mode only available if your device supports it, as this feature requires a built-in compass. Manual scrolling is supported on all other devices.
* Star Chart does not require internet access for normal usage. Internet access is only required initially to verify the license and subsequently when accessing the support page and external links.
- Over 14,000 images (and growing everyday)
- Latest news and features stories
- Latest on demand NASA videos from around the agency
- Current NASA mission Information
- Live streaming of NASA TV
- Live streaming video from the High Definition Earth Viewing (HDEV) experiment on the ISS
- Launch information & countdown clocks
- Current visible passes for the International Space Station (ISS) and notifications
- Current visible passes for other missions (Fermi, Hinode, Hubble...)
- ISS and Earth orbiting satellite trackers
- NASA Twitter Feeds from around the agency
- Facebook® Connect and integrated Twitter™ client for easy sharing
- Schedule for NASA TV and NASA-Related Programming on Other TV Channels
- Map, information and links to all of the NASA visitor centers
- Featured content and program sections
- Earth as Art image collection and interactive map
- Third Rock Radio (alternative rock radio station)
- Favorites & image bookmarks
- 5 star rating system for images and videos with top rated list
– Live streaming data from the ISS onboard systems and mission timelines
– Crew and Science timelines with individual crewmember, social media, and international science experiment details
– Console displays with live streaming systems data and educational material to describe how the ISS works
– Virtual Mission Control Center is a 3D replica of the MCC in Houston, TX organized to describe how the mission control team supporting the ISS work
– Links to the five International Partner Space Agencies mission information
– Educational lessons that interact with the live streaming system data accessible through the website link
ISSLive!: ISS Mission Control in Your Pocket
International Space Station Live! or ISSLive! includes a website and mobile applications that tie ISS streaming systems data and operational timelines into one “Rich Internet Application (RIA)” experience. The application offers data on real time parameters such as station position, internal environment, altitude, payload rack science activities and other interesting data and crew activities. ISSLive! ties this data into an interactive application which includes the latest social media feeds.
ISSLive! contains a scrollable timeline, with a ‘public-friendly’ view of crew and payload activities. It uses some of the latest interactive web content technologies, including 3D interactive virtual views of the MCC and ISS. ISSLive! is a “one-stop shop” for ISS data, letting users in on the fascinating activities that happen daily onboard the ISS.
Working with the NASA Education Office, ISSLive! content serves as the basis for development of interactive lessons in the Science, Technology, Engineering and Math (STEM) fields. ISSLive! is also a resource for the space enthusiast, the educator, and the life-long learner to participate in the mission of the ISS.
The Experiments section provides access to the six main experiment categories and their subcategories. Experiments are depicted as dots within the category system and the stems connecting the dots to the system depict the length of time the experiment spent on orbit. Users can drill down to see specific experiments within the categories and subcategories or search for a specific experiment or subject using the search option. Experiment descriptions consist of links, images, and publications if available. The Experiments section can be further narrowed by selecting a specific expedition and sponsor by using the dials at the top right of the screen.
The Facilities section provides an interior view of three of the station modules; Columbus, Kibo, and Destiny. Once the module is selected, the interior image can be navigated by dragging up and down to see different sides of the module and left and right to view any racks not shown on the screen. Tapping a rack gives a brief description of the rack and an experiment description if available.
The Benefits section provides information on Human Health, Earth Benefits and Global education. Selecting a section allows the benefits to be investigated further.
The Media section provides access to three tabs: Podcasts, Games, and Videos. The Games section contains a game that introduces players to the differences in gravity when tossing a ball. Podcasts contains links to NASA ScienceCasts and Videos contains links to Science related videos.
The last section contains links to other Space Station research sites and NASA applications.
As the lead air traffic controller for Sector 33, you must merge the arriving planes into a single traffic stream as they pass over Modesto, CA on the western edge of your sector. The planes must be properly spaced and arrive over Modesto as soon as possible. Every minute you delay a plane during the traffic rush, that delay is passed on to ALL the other planes flying behind it. Although time is of the essence, to assure safety, the planes must NEVER violate minimum spacing requirements.
Can you handle Sector 33?
- 35 problems
- 2 to 5 airplanes
- Speed and route controls
- Thunderstorm obstacles
- 4 levels of controller certification
- Locked levels
- Scoring for each problem
- Scoring for each certification level
- In-game introduction
- In-game hints
- Help section
- Extra videos
- Links to related websites
- Links to social websites
About Desert RATS:
For 14 years NASA's Desert Research and Technology Studies (Desert RATS) analog has brought together scientists and engineers to test robotic equipment, vehicles, habitats, space suits, communications, and power generation and storage in remote locations similar to future destinations in space. The teams evaluate mobility, infrastructure, and effectiveness in the harsh environments, and conduct scientific studies similar to those that would be performed on the moon, near Earth asteroids, or Mars and its moons. Analogs like Desert RATS provide NASA with data about strengths, limitations, and the validity of planned human-robotic exploration operations, and help define ways to combine human and robotic efforts to enhance scientific exploration. Other NASA analog locations include the Antarctic, oceans, and arctic and volcanic environments.
- 24 NASA- inspired pictures to color and activities to enjoy
- Paint Bucket coloring options allow even the youngest child to enjoy a creative coloring experience
- Freestyle marker and crayon drawing options to express creativity, with adjustable brush size for precision coloring
- 14 vibrant colors to choose from to express your artistic side
- Enjoy the Word Search, Asteroid Maze, Solar System Match, Planet Crossword Puzzle and more
- Listen for motivating sound effects throughout which serve as a wonderful source of praise and encouragement
- View the delicious No Bake Moon Cookie Recipe
- Obtain a Certificate of Achievement upon completion of your mission
NASA’s Launch Services Program (LSP) leads the agency in providing access to space for the exploration of our home planet, solar system and the universe. LSP is located at the Kennedy Space Center in Florida and acts as a broker to match payloads with specific launch vehicles for customers to ensure mission success. The principal objectives of LSP are to provide safe, reliable, cost-effective and on-schedule processing, mission analysis and spacecraft integration and launch services for NASA and NASA-sponsored payloads. To learn more about LSP, rockets and NASA missions go to: http://www.nasa.gov/centers/kennedy/launchingrockets/index.html
Please visit www.nasa.gov/lspeducation for additional educational resources and sensational learning activities.