Help topics
- Purpose of the site
- Compass features
- Compass menu
- Compass or GPS - advantages and disadvantages
- Compass Test
- Draw a single or multi-legged route
- Extending the compass direction of travel arrow
- False readings when using a compass
- Fine Tuning the OpenStreetMap Compass
- Getting started with OpenStreetMap Compass
- GPS or Compass - pros and cons for navigation
- Grid references test
- How to use a compass
- Import OpenStreetMap routes
- Key
- Latitude and longitude positions: degrees, minutes and seconds
- Magnetic declination or variation
- Magnetic declination or variation adjustment
- Magnetic declination or variation calculation
- Map projections
- Map reading
- Map reading skills test
- Menu
- Moving the OpenStreetMap Compass
- My OpenStreetMap Compass Map Routes
- Negative magnetic declination or variation
- New Features
- North: different types
- North on OpenStreetMap
- Ordnance Survey maps integration
- OpenStreetMap Key
- Panning and Zooming with OpenStreetMap
- Positive magnetic declination or variation
- Print Map Function
- Projection of OpenStreetMap
- Route drawing
- Route Information Display
- Safety
- Save and Store OpenStreetMap Compass Map Routes
- Single leg or multi-legged routes?
- Test your compass reading skills
- Tips
- Types of bearings
- Updates
- User Guide
- Watch as Compass
- What is a compass?
- What type of compass is used on the site?
- Zooming with OpenStreetMap
Avoiding false readings when using a compass
Keep the compass away from all metal objects since these can result in false readings by deflecting the magnetic needle.
Objects to avoid include wristwatches, keys, tables with metal legs or steel screws, mobile telephones and even heavy framed spectacles.
Many geological formations, and for that matter, many rocks, are magnetized and can affect compass readings, as can electricity power lines.
Objects to avoid include wristwatches, keys, tables with metal legs or steel screws, mobile telephones and even heavy framed spectacles.
Many geological formations, and for that matter, many rocks, are magnetized and can affect compass readings, as can electricity power lines.
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