Germany Topo Maps Help

©2025 ATLOGIS Geoinformatics GmbH & Co. KG

Germany Topo Maps is an offroad navigation app with topographic maps. You can cache maps for offline navigation and record and manage waypoints, tracks and routes.

1 The Map View

1.1 Toolbar Actions

In the toolbar of the map activity you will find actions that provide access to frequently used functions.

picts/map_actionbar.png

The following table describes the function of each button.

IconDescription
picts/map_action_locate_me.svg

Displays the current (GPS enabled) or the last known location (GPS disabled) on the map. If the GPS is disabled, the location might be provided by the network.

picts/map_action_track_record.svg

Starts the track record mode. The track log starts when a GPS signal is available. While waiting for a signal the button is yellow and turns red after the track recording has started. Press the button again to stop or pause the recording.

picts/map_action_toggle_layers.svg

Opens a dialog to configure what is shown on the map. Using this dialog you can set the displayed base map and overlays. Depending on the current mode of the app you can also (de-)activate existing map overlays.

Please note that some layers - as the Google Maps and Bing layers - cannot be cached due to their license and therefore can not be used offline. These layers are marked with a wifi symbol to indicate that they need a working network connection.

picts/map_action_navigation.svg

To start a GoTo or Route navigation.

1.2 Zoom Buttons

Use the + button to zoom in and the - button to zoom out one level. The currently set zoomlevel is shown between both buttons.

Depending on your device and the map you use you might want to increase the scaling. You can set this value after doing a long tap on one of the zoom buttons. Note that the map might become blurry with large values.

1.3 Menu

The following items can be found in the 3-dots menu of the map view.Die folgenden Aktionen befinden sich im 3-Punkte Menü der Kartenansicht.

1.4 In-App Navigation

picts/in_app_nav_dropdown.png

The following items can be found in the navigation drawer located on the left side of the map view.

1.5 Keyboard shortcuts

The app supports keyboard shortcuts. This is useful if you have connected a keyboard or are using an external control.

KeyAction

←↑↓→

Move the current map view

+

Zoom in

-

Zoom out

L or N

Toggle Locate Me

R or D

Toggle track record

C

Set map sync

T

Open Tripmaster

W

Add a new waypoint at the current map center location.

The default keyboard mapping is compatible with Barbuttons.

2 Tripmaster

The Tripmaster provides a quick overview on values such as speed, distance, etc. The tripmaster can be accessed via the corresponding action in the navigation dropdown in the map view or by a single tap on the app icon. To leave the Tripmaster, you can tap on the app icon in the upper left corner or use the back button. If have a keyboard or external controller connected to your device, you can use the T key.

The following section lists all currently available data fields.

2.1 Data fields

DatafieldDescription

Speed

Shows the current speed.

Speed Average

Shows the average speed over the entire distance and time.

Maximum

Shows the maximum speed.

Distance

The total distance traveled.

Lat/Lon

Current latitude / longitude according to the last GPS position.

Accuracy

Accuracy of the last acquired GPS position.

Altitude

Altitude according to the GPS-Receiver. Please note that these values might be very inaccurate.

Course

The current driving course.

Compass (flat)

A cockpit-like flat compass. If a GOTO target is set, it displays the direction to the target as well.

Compass

A classical compass. If a GOTO target is set (or a route is active), it displays the direction to the target as well.

Speedometer

Graphical representation of the current speed.

Sunrise/Sunset

Time of sunrise/sunset at the current location.

Common

DatafieldDescription

Aerial Distance

Aerial distance to the set GOTO target / the next route point.

Pointer

An arrow showing the direction to the set GOTO target / the next route point.

Route End

Distance to the end of the route.

Time OT

The time since the start of a track record.

Waypoint

Name of the current GOTO target (if any).

Direction

Shows the direction and distance to the GOTO destination / next route point. The direction is calculated based on the driven course in movement​ or based on the values returned by the compass device on halt.

Goto / Routing

DatafieldDescription

Lat/Lon

Current latitude/longitude according to the last GPS position.

UTM

UTM (Universal Transverse Mercator) coordinates according to the last GPS position.

MGRS

Current MGRS (military grid reference system) coordinates according to the last GPS position.

Coordinates

The direction to the destination is determined by values supplied by the built-in compass. If the accuracy of the built-in compass is low, there are corresponding differences in the indication of the direction. If the accuracy of the signal is not high, a message will appear.

The values are updated only when either a track record or a GOTO has been started. To start recording a track you can use the "REC" button.

2.2 Reset values

picts/tripmaster_action_reset.png

Some values like average and maximum speed or distance can be reset. Tap on the reset button and choose Reset values to reset these values. A dialog appears to select the values to reset.

2.3 Replace Datafields

To replace a data field tap on it as long as the context menu of the data field opens and select "Replace ...". If you want to restore the default allocation, you can use the reset button and reset the layout.

3 Waypoints

Using this activity you can manage your waypoints. Some actions can be performed on multiple waypoints. For example, you can view multiple waypoints on the map by selecting them in the list and clicking the Show On Map button.

The menu provides actions to sort, import, export or select all waypoints. At the time of writing the following actions are available using the context menu of a waypoint item:

4 Tracks

A track is a recorded sequence of GPS positions (latitude/longitude) with timestamps, often including elevation and speed. It represents the path you traveled and can be displayed on the map, analyzed, exported or shared.

4.1 List of Tracks

Use this list to manage your tracks. If a track is selected the the context actions will get visible. Using the menu you can reach the command to import a track. The following commands can be found In the context menu of a track:

4.2 Details

The details view shows all information available for a track, including name, description, timestamps, distance, speed and elevation statistics. A map representation displays the recorded path and provides playback controls to animate the track over time.

Map controls allow play, pause, step forward/backward and jump to a specific timestamp. The animation marker follows recorded positions and can be synchronized with the diagrams below.

Diagrams show elevation, speed and horizontal accuracy over time. Tapping a point in any diagram highlights the corresponding location on the map and in the other charts.

Note: GPS-provided elevation is often inaccurate. Use the Fetch Height functionality to improve elevation data (e.g. SRTM) before relying on elevation-based analyses.

5 Routes

A Route consists of at least two points that describe the path you are going to travel. After a route has been created or imported it can be started, so that the app will guide you from point to point.

5.1 Creating a new Route

Routes can be created in several ways. The easiest way is to create a route from your current location to a point in the map view. To do so simply tap on a point on the map and then choose Route from the menu.

5.1.1 Manually creating a Route

To create a new route use the New Route action located in the menu of the map view. Insert a new point by tapping on the map. To move an existing route point long press on it. A view displaying the map content under your finger will be presented in the upper left corner of the display. To import a waypoint choose Append Waypoint from the menu. To undo/redo an operation use the actions presented in the action bar. Use the Save action to save the new route.

You can create a track back route from a recorded track that will guide you back to the start point of your track. To do so use the Track Back action located in the menu of the track list.

5.2 Importing a Route

To import a route you can use the Import action located in the menu of the route list. GPX and KML/KMZ files containing path data can be imported. Note that large routes might get simplified during the import process. In this case the simplified route will be displayed on top of the original path when the imported route is shown on the map.

5.3 Starting a Route navigation

To start a route navigation doone of the following:

6 Shapes

Shapes allow you to display custom geographic features on top of your map layers. You can import and visualize lines, polygons, points, and other geometric structures from various file formats.

6.1 What are Shapes?

Shapes are vector-based geographic features that overlay on your map. They can represent:

6.2 Importing Shapes

To import shapes into your map application:

The shapes will be displayed on the map immediately after import.

6.3 Supported File Formats

6.3.1 Shapefiles (.shp)

Shapefiles are a popular geospatial vector data format. When importing a shapefile, make sure you have all required components:

  • .shp - Main file containing geometry
  • .shx - Index file
  • .dbf - Attribute data
  • .prj - Projection information (optional but recommended)

Note: All these files must be in the same directory and have the same base name (e.g., my_data.shp, my_data.shx, my_data.dbf).

6.3.2 KML Files (.kml, .kmz)

KML (Keyhole Markup Language) is an XML-based format used by Google Earth and other mapping applications. Both plain KML (.kml) and compressed KMZ (.kmz) files are supported.

KML files can include:

  • Points, lines, and polygons
  • Custom styles and colors
  • Names and descriptions
  • Folders and organization
  • 6.3.3 GeoJSON Files (.geojson, .json)

    GeoJSON is a modern, lightweight format for encoding geographic data structures. It uses JSON syntax and is widely supported by web mapping applications.

    GeoJSON features include:

  • Simple, human-readable format
  • Support for properties and attributes
  • Coordinate Reference System (CRS) specification
  • Feature collections for multiple geometries
  • 6.4 Managing Shapes

    6.4.1 Show/Hide Shapes

    • Click on the Shapes item in the left navigation drawer
    • Find your imported shape layer in the list
    • Select the items to display on the map and choose Show on Map

    6.4.2 View Shape Properties

    To view information about a shape:

    • Tap on a shape on the map
    • A popup will display the shape's attributes
    • Scroll through the properties to see all available information

    6.4.3 Remove Shapes

    To delete imported shapes:

    • Open the Data tab
    • Long-press on the shape layer you want to remove
    • Select Delete
    • Confirm the deletion

    6.5 Tips and Best Practices

    6.5.1 Performance Considerations

    • File Size: Large files with thousands of features may take longer to load and could impact map performance. Consider simplifying complex geometries.
    • Multiple Layers: While you can display multiple shape layers simultaneously, too many active layers may slow down the map.
    • Coordinate Systems: For best results, ensure your shape files use WGS84 (EPSG:4326) or Web Mercator (EPSG:3857) coordinate systems.

    6.5.2 Compatibility Notes

    • Coordinate Reference Systems: The app automatically converts common coordinate systems, but complex or custom projections may not display correctly.
    • Attribute Tables: All attributes from your source files are preserved and can be viewed by tapping on features.
    • 3D Features: Altitude/elevation data is preserved but the map displays features in 2D.
    • Styling: Custom styles from KML files are imported when possible, but may be simplified for display.

    6.6 Example Use Cases

    7 Preferences

    In the options view you can configure various settings of the app. The settings are grouped into different sections.

    Only some settings that might need explanation are described here. Most settings are self-explanatory.

    7.1 Common

    Preferences used in all parts of the app.

    7.1.1 Workflow

    • After Track save...

      The action to take after a track has been saved.

    7.2 Map

    7.3 Colors and Styles

    7.4 Units and Formats

    7.5 Cache Root Path

    This is the path to the cache root. All files cached by the app will be stored here.

    8 FAQ

    8.1 Common

    8.2 Pro Versions

    9 3rd Party APIs

    This application uses OpenStreetMap tiles: (c) OpenStreetMap contributors, CC-BY-SA

    This application uses the OSM Nominatim Webservice to search OSM data by name: Nominatim Usage Policy.

    This application uses the Google Geocoding API to search for named features: Google Maps/Google Earth APIs Terms of Service.

    IT IS YOUR OBLIGATION TO READ AND ACCEPT ALL SUCH TERMS AND CONDITIONS PRIOR TO USE OF THIS CONTENT.