Navigation Preparedness Guides

Teach children what to do when lost — in the wilderness, in crowds, or in urban areas. The STOP method, hug-a-tree program principles, meeting points, and how to communicate these skills so they actually stick.

Three compass types and when to use each. Baseplate, lensatic, and thumb compasses compared. What to look for and what to avoid.

Estimate your position by tracking direction, distance, and time from a last known point. Dead reckoning in fog, dense forest, and featureless terrain.

Read and report positions using USNG and MGRS grid coordinates. Grid zone designators, 100,000-meter squares, and 6-, 8-, and 10-digit coordinates explained.

Purpose-built GPS units compared for emergency preparedness use. Battery life, durability, map compatibility, and which unit fits which scenario.

Make a working compass from a sewing needle, a magnet or silk cloth, and a water container. Step-by-step magnetization and floating methods.

Navigate in whiteout conditions, dense fog, and other low-visibility situations. Compass bearing techniques for flat terrain, aiming off, catching features, and when to stop moving entirely.

What magnetic declination is, how much it varies across the US, how to find your local value, and exactly how to apply it to compass bearings.

Where to get the right maps before an emergency, how to waterproof paper maps, and how to store them for long-term accessibility.

Use the moon's phase and position to determine approximate cardinal directions at night. The crescent moon method and the shadow stick by moonlight.

Navigate after dark using stars, terrain features, sound, and kinesthetic awareness. Celestial navigation basics, dark adaptation, sound triangulation, and the tactile information that ground contact provides.

The best offline navigation apps, what to download before an emergency, and how to set up each for no-internet operation.

Determine your personal pace count, use pace beads for distance tracking, and adjust for terrain slopes. The foundation of field distance measurement without GPS.

Three categories of emergency beacons compared: PLBs, SPOT devices, and Garmin inReach. Which to buy, what subscription costs, and how each is used in a real emergency.

Print custom topo maps from free sources, waterproof them properly, fold them for field use, and store them for rapid deployment.

Read rivers for safe travel and crossing. Understanding current, hydraulics, eddies, hazards, and how to make decisions about water travel on unfamiliar rivers without commercial rafting knowledge.

Plan a route on a topographic map before stepping foot on the trail. Terrain analysis, obstacle identification, distance and elevation calculation, and turn-by-turn waypoints.

Find true north using Polaris in the northern hemisphere and true south using the Southern Cross in the southern hemisphere. Identification, accuracy, and limitations.

Determine cardinal directions from the sun using the shadow stick method and the watch method. Accuracy limitations and when to use each.

Take a bearing to a target, convert a map bearing, and follow it through terrain. Step-by-step for both baseplate and lensatic compass, including slope and vegetation corrections.

Moss does not reliably indicate north. What actually determines moss growth, why the myth persists, and what natural indicators are actually reliable.

Read a topographic map correctly. Contour intervals, index contours, terrain feature identification, map symbols, and scale calculations.

Find your exact position on a map using two or three identified landmarks. Step-by-step triangulation procedure with compass and topographic map.

Navigate cities and suburbs without GPS using landmark-based mental mapping. How to build a navigable mental picture of your area, key landmarks to memorize, street grid logic, and techniques for moving through unfamiliar urban terrain.

Which plant and tree indicators have real directional signal. How to read sun-facing canopy asymmetry, wind-flagged trees, and slope vegetation patterns correctly.

Navigate by vehicle without GPS using a road atlas, compass, and odometer. Pre-trip preparation, reading road signs, estimating distance, and managing navigation without a co-pilot.

Follow waterways to reach civilization, read water flow for directional information, and use drainage patterns to understand your terrain position.