Hillmap
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      Hillmap.com is the best backcountry mapping app on the web. It combines a selection of the highest quality topographic maps available with data and analysis useful for people who travel far from the beaten path. Read about some of its features below.

      Hillmap is a work in progress made by Ryan Bressler and Jen Gregory; email us with questions, comments or bug reports and subscribe to our blog.

      View, Print and Share Free High Quality Topographic Maps

      Use the print tool to print high quality maps.

      Use the split screen toggle in the upper left to compare map layers.

      Use the link button to share your maps.

      Use the search tool to find a named place.

      Click the Hillmap logo to collapse the topbar and focus on the maps.

      Analyze Terrain Point by Point

      Activate the Points tab and click the map to measure the elevation, location and slope at a point anywhere in the world. Links to a weather.gov forecast for the point and a peakfinder.org panoramic display of visible named peaks will also appear.

      Profile and Plan Trips

      Use the Paths tab to construct and measure a route or trail.

      Paths can be imported from and exported to GPX files for use with a GPS via drag and drop or the Tools menu.

      Highlight Avalanche Prone Slopes

      Avalanches are most common on slopes steeper then 28 °. Hillmap provides four ways to analyze slope angles.

      • Use the Points tab to check the slope at a point anywhere in the world.
      • In the Paths tab the overall slope of the last line added to the path is displayed to assist in measuring longer paths.
      • Use the Slope Analysis layer on the Overlays tab under Data Layers to do custom slope analysis for anywhere in the US.
      • Caltopo slope layers for the US are also on the Overlays tab.

      Examples and Tutorials

      • All How To Articles
      • How to use Hillmap
      • Print a Map
      • Embed an interactive topo map in your blog
      • Using Hillmap to find snow for skiing and snowshoeing
      • An example of how to plan a route in Hillmap
  • Points
  • Paths
  • Overlays
  • Tools
    • Print
    • View/Print in Caltopo
    • Search
    • Import Gpx
    • Download Gpx
    • Link To
    • You can also drag files onto hillmap.
  • Settings
    • Meters

      Radius from click point at which to sample slope.

  • ? Information
    • How To Use Hillmap
    • Blog
    • Email us.
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Click on the map to see the latitude, longitude, slope and elevation of your point.
Zoom in to see the circle sampled to calculate slope, the line inside the circle points in the steepest direction.
Profile Simplify Undo Clear
Use "Edit Path" mode to build a route by clicking points on the map. Information on your route will appear here.
Tip: use the profile tool to view a graph of elevations along your path.
Path: NA long; NA gained; NA lost.
Slope of last line: NA degrees. (This is not the maximum slope along the line.)
Analyze your area of interest by using the tools in the drop down list to determine the steepness of the terrain, weather and snowpack or combine map and satalite views. Click the Hillmap logo to minimize this tab and focus when you are done.
Overlay on  map.
Add Overlay
    Analysis
  • Custom Slope Analysis
  • External Data
  • SNOTEL - NRCS: Snow and precipitation data
  • NOAA Weather Radar
  • Stackable Map Layers
  • CalTopo Slope Overlays
     27°-29°, 30°-31°, 32°-34°, 35°-45°, 46°-50°, 51°-59°, >60°
  • CalTopo Hill Shading
  • CalTopo USGS Maps
  • CalTopo USFS Maps
  • NRCan
  • MSR-USGS
  • UsAerial
  • AK/Canada
Stack Map With  Opacity.        Clear Overlays
 Enter a placename or enter lat lon positions like "loc:46.852, -121.7604" to prevent jumping to the nearest street.








If there is a problem loading this page please contact us. Hillmap won't work with older browsers such as Internet Explorer 6, 7 and 8. For best results use the latest version of Google Chrome or Mozilla Firefox.
Your browser doesn't implement html features used by hillmap such as canvas and the site might not work as it should.
For best results update to the latest version of Google Chrome or Mozilla Firefox.
Export Path As:






This is the first step in printing your customized map. After you set the parameters below, you will print from your internet browser. It's easier than it looks.

Your printer supports much higher resolution than your screen. To print at high resolution, Hillmap will open a print page that is very large on screen. Depending on your setup you will instruct your printer to fit this onto a single piece of paper in one of 3 ways:

  • Check a "Fit on Page" box in your internet browser's print dialog.
  • Scale the print by entering the percent listed below into the print dialog for your internet browser.
  • Save a printable high resolution image of the page using a browser plugin like Screen Capture (by Google) for Chrome.
How does this work?

When you click print a new window will open containing a large (Width*Pixels Per Inch) by (Height * Pixels Per Inch) pixel map of the onscreen area padded as needed to fit the dimensions you specify above and at the best resolution possible.

Use the print dialog to print this map at the proper scale. You may have to play with these values and use print preview to find what that works with your setup. Borderless high quality prints are possible using Google Chrome and the system print dialog.

The Caltopo and Microsoft Research Usgs (MSR-USGS) tiles offer the best resolution. MyTopo tiles cannot be printed larger then 8.5x11 but you can buy a map from MyTopo.com.


These values should work for common paper sizes.

Width: Height:

You can enter 90 in this box to make a print that will fit on one page without scaling.

%

With the current settings you will need to scale the print by about this percent using one of the methods listed above.

Use this url to save or share this map:


Or use this html iframe code to embed this map in another website (ArcGis and MyTopo map layers not supported):







These layers load large external data files from the National Snow Analyses done by the National Operational Hydrologic Remote Sensing Center of the United States National Weather Service. This data provides a low resolution overview of the snowpack for the entire country.

Data may be slow to load and cause map zoom and pan to be slow. It is best to navigate to your area of intrest first and then use this window to display the diffrent layers.

Date:
Layer:



How does this work?

This analysis uses data from The USGS National Elevation Dataset 1/3 Arc-Second which covers most of the US excluding alaska at 8-bit/20 meter verticle resolution.

Values less then 30° and 40 meters will show a high degree of contour line artifacting due to 20 meter verticle resolution.

This feature won't work with older browsers such as Internet Explorer 6, 7 and 8. For best results use the latest version of Google Chrome, Mozilla Firefox or Microsoft Internet Explorer 9.



Highlight slopes steeper then ° using meter grid.



Warning: calculated values and the data they are derived from are often inacurate and should not be relied on as a sole source of information for travel in avalanche terrain or any critical application.

Eliminate kinks smaller than meters.