How to Take and Walk on a Bearing: The Essential Hiking Skill
Learn how to shoot a bearing to a landmark and navigate across featureless wilderness or fog without getting lost. Crucial outdoor orienteering tutorial.
Key Takeaways
- ✓A bearing is the directional angle (in degrees) from your current position toward a specific distant landmark.
- ✓To follow a bearing across terrain, pick intermediate 'aiming points' along your line of sight rather than staring continuously at the compass.
- ✓Dead reckoning combines your bearing with pace counting to track distance traveled.
- ✓Back-bearings (reciprocal azimuths) let you return safely to your starting point.
1. What Is a Bearing?
In navigation, a bearing is the horizontal angle between your forward direction of travel and magnetic North. It is expressed as a number from 000° to 359°.
For example, if you stand on a ridge and see a mountain peak directly East-Northeast of you, its bearing might be 068°. Even if you descend into a dense, foggy valley where the mountain peak disappears from sight, holding that 068° bearing ensures you walk in a straight line directly toward it.
2. How to Take a Field Bearing to a Visible Landmark
- Face the Target: Square your shoulders directly toward the distant landmark (a summit, cabin, lake outlet, or distinctive tree).
- Sight Across the Compass: Hold the compass flat at eye or chest level. Point the top reference marker straight at the landmark.
- Read the Azimuth: Look at the number under the lubber line. Let's say it reads 142°. That is your bearing to the target.
- Write It Down: Always write down your bearing in a field notebook or phone note. In bad weather or stressful conditions, memory easily plays tricks.
3. How to Walk on a Bearing Without Drifting
The biggest beginner mistake is looking down at the compass needle while walking. Doing so causes you to unknowingly veer around boulders, logs, and bushes, drifting dozens of yards off course over a single mile. Use the Intermediate Landmark Method instead:
- While standing still, sight along your bearing (e.g., 142°).
- Find a prominent object directly along that line of sight 50 to 100 yards ahead—a distinctive birch tree, a split boulder, or a fence post. This is your intermediate checkpoint.
- Put the compass in your pocket and walk directly to that checkpoint without worrying about compass drift.
- Once you reach the checkpoint, stop, take out the compass, sight 142° again, pick a new intermediate checkpoint ahead, and repeat.
4. Taking a Back-Bearing (Return Path)
If you need to retrace your steps back to camp, you calculate a back-bearing (the exact 180° reverse direction):
Example: Outbound = 065° → Return = 065° + 180° = 245°
If original bearing is GREATER than 180°: SUBTRACT 180°
Example: Outbound = 290° → Return = 290° - 180° = 110°
5. Bypassing Large Obstacles with the 90° Box Method
When hiking on a bearing, you will inevitably encounter impassable obstacles—a deep marsh, sheer cliff, or flooded river. To navigate around it without losing your position:
- Stop at the edge of the obstacle. Turn 90° to the right (e.g., if heading 000°, turn to 090°).
- Walk until clear of the obstacle, counting your paces (e.g., 80 paces).
- Turn 90° left back onto your original bearing (000°) and walk past the obstacle.
- Turn 90° left again (270°) and walk the exact same number of paces (80 paces).
- Turn 90° right back onto your original bearing (000°). You are now on your exact original travel line on the other side of the obstacle!
Test Your Heading Right Now
Open our live digital compass on your smartphone to check your live magnetic degrees and 16-point rose heading in real time.
FAQ
Frequently Asked Questions
What is lateral drift in navigation?
Lateral drift occurs when you navigate around obstacles (like swamps or cliffs) and resume your bearing without adjusting for the sideways distance you moved. To bypass obstacles cleanly, use the 90-degree box method.
Written by the Compass Online Editorial Team
The Compass Online editorial team consists of outdoor recreationists, geophysics enthusiasts, and software engineers dedicated to building accurate, privacy-first web navigation tools and peer-reviewed educational cartography guides.
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