iFit Live Powered By Google Maps

Most people use Google Maps for reasons of pure function: Where is that new restaurant? How do I get there? How long will it take? We thought Google Maps could be used for an entirely different purpose – as entertainment while working out on the NordicTrack home fitness equipment.

People buy fitness equipment for a range of reasons – train for a race, lose weight or simply stay in shape – but a universal challenge for most is staying motivated and finding the time to exercise. In order to reach their goals, more people are turning to technology for time-saving, motivating exercise. We thought the visuals provided by Google Maps, combined with our fitness products and iFit website might be so compelling, consumers would have more fun and stay on track. Even if the only time you can squeeze in exercise is in the evenings when kids are asleep in or in the early, snowy mornings of winter before a long day at work, the iFit exercise equipment can bring the experience of exercising on varied terrain into your home.
 


 

For example, if you wanted to experience a run through San Francisco’s hilly terrain, you can go to the iFit website and draw a running route on Google Maps. When you get on one of our treadmills, such as the NordicTrack Elite 9500 Pro, the treadmill pulls up Google Maps on the screen with the newly drawn running route. The treadmill mimics the incline of the real world route you are running, thanks to the elevation service of the Google Maps API. The runner experiences a real life running route by seeing the runner’s location move about Google Maps with Street View images flying by a she reaches new personal records.

Google Earth: Imagery Update – Last Week of May

The Google Earth and Google Maps Imagery Team has just published its first batch of satellite and aerial imagery for June, and as always, there are all kinds of fascinating sites and features to check out.

Our first example image shown below is of the Sacred Heart church and its famous gilded dome located on the Notre Dame campus in Notre Dame, Indiana. A church has continuously occupied this site since 1830 and the current basilica foundation was laid in 1868. This aerial imagery was acquired in late April, 2011.

Basilica of the Sacred Heart, University of Notre Dame, Notre Dame, Indiana

When you’re done checking out the beautiful Notre Dame campus imagery, zoom over to Oregon and explore our new aerial imagery of the Salem region acquired this past summer. Below is a section of the Oregon Garden, a botanical garden located in Silverton. In the upper-right corner, you can see the only Frank Loyd Wright building in the state, the Gordon House. This home is listed on the National Register of Historic Places and was envisioned as a model of affordable homes for the local working-class citizens.

Oregon Garden, Silverton, Oregon
Finally, here’s a satellite image taken in December 2010 of the San Cristóbal Volcano. This active volcano rises above the town of Chichigalpa, locted in Chinandega, Nicaragua. In the image, you can see the gas and ash clouds emanating from the volcano’s caldera. These clouds and prevailing winds have served to remove all vegetation from the volcano’s southwestern flank.

San Cristóbal Volcano, Chichigalpa, Chinandega, Nicaragua.
Do you have a place you love for which you’d like to receive a notification when the Earth and Maps Imagery team updates the site? We’ve got just the tool: The Follow Your World application!

As always, these are but a few examples of the types of features that can be seen and discovered in our latest batch of published imagery. Happy exploring!

High Resolution Aerial Updates:
Fresno, CA; Huntington, WV; Laredo, TX; Los Angeles, CA; Manchester, NH; San Francisco Peninsula, CA; Salem, OR; Soldotna, AK; Southbend, IN; Sumter, SC; Victoria, TX.

Countries/Regions receiving High Resolution Satellite Updates:
Albania, Algeria, Argentina, Australia, Azerbaijan, Bahamas, Benin, Bolivia, Botswana, Brazil, Burkina Faso, Cambodia, Cameroon, Canada, Cape Verde, Chad, Chile, China, Colombia, Costa Rica, Croatia, Cuba, Democratic Republic of the Congo, Dominican Republic, Ecuador, Egypt, Eritrea, Ethiopia, Fiji, France, French Guiana, French Polynesia, Ghana, Greece, Guadeloupe, Guatemala, Honduras, India, Indonesia, Iran, Israel, Italy, Japan, Jordan, Kenya, Lebanon, Lesotho, Madagascar, Mali, Mauritania, Mauritius, Mexico, Moldova, Mongolia, Morocco, Mozambique, Myanmar (Burma), Namibia, Nepal, New Caledonia, New Zealand, Nicaragua, Niger, Nigeria, Norway, Oman, Pakistan, Papua New Guinea, Paraguay, Peru, Philippines, Poland, Romania, Russia, Saudi Arabia, Senegal, Serbia, Seychelles, Singapore, South Africa, South Korea, Sri Lanka, St. Helena, Sudan, Syria, Taiwan, Tanzania, Thailand, Togo, Tonga, Trinidad and Tobago, Turkey, Ukraine, United Arab Emirates, United Kingdom, United States, Uruguay, Venezuela, Vietnam, West Bank, Western Sahara, Yemen, Zambia.

These updates are now available in both Google Maps and Google Earth. To get a complete picture of where we updated imagery, download this KML for viewing in Google Earth.

Google Earth: Joplin’s tornado 3D model

Not long ago, we showed you some fresh imagery from Joplin, MO, after they were hit by that devastating tornado.

Steve Ansari from NOAA’s National Climatic Data Center (NCDC) recently sent us an amazing file that shows debris from the tornado in a 3D model!

Joplin-MO-20110522-Tornado-Event.jpg
 


 
You can view it yourself using this KMZ file.

A report was recently released from NCDC which gives a summary on the Joplin event and includes a flash movie showing the visualization in Google Earth.

The software used to create the KMZ file is the NOAA Weather and Climate Toolkit, which is developed at NCDC.

Here is a bit more about how this works, in Steve’s words:

The Radar site conducts conical sweeps at increasing elevations off the ground and measures the ‘reflectivity’ of particles in the atmosphere. Large rain drops, hail, and in this case debris are represented as high reflectivity values and it is ‘reflectivity’ which we are most accustomed to seeing on television and internet weather maps. Each sweep is represented as a COLLADA model with the semi-transparent Reflectivity image draped on the model. In addition, several isosurfaces are created from the 3D reflectivity volume and represented as polygons in the KML. A tour is also included in the KMZ.