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This introductory seminar builds a functional baseline for wilderness travel without satellite GPS. Master the mechanics of analog spatial awareness through map interpretation, contour analysis, and baseplate compass operations. Learn to identify terrain features, calculate distance ratios, and shoot azimuths to orient your location. Perfect for beginners with no prior land navigation experience.

This introductory course builds the operational skills required to navigate from a motorized platform. Learn the mechanics of high-speed terrain association, dead reckoning, and odometer error calculation. Study approach angles, turn radii, and macro-spatial orientation to choose viable paths on hazardous trails. Designed for individuals with no prior land navigation experience.

Transition from the classroom to the field. Following a brief review, small teams tackle a foundational daytime navigation course. Practice dead reckoning, terrain association, and real-time pace counting across moderate terrain under real-world variables. This practical exercise transforms theoretical knowledge into physical execution. Designed for beginners seeking hands-on field experience.

Master advanced tactical and analytical route planning. This course covers intersection, resection, steering marks, handrailing, and intentional error navigation. Participants learn to analyze slopes, vegetation, and obstacles to select efficient paths. Blending mathematical and visual orientation techniques, this class transforms basic navigation into proactive, strategic planning.

This course delivers a practical foundation for celestial navigation to maintain directional certainty without instruments or GPS. Focus is placed on expedient land-based tracking using solar shadow geometry by day and index constellations by night. Learn to identify astronomical signposts, translate planetary movement into cardinal bearings, and calculate latitude using geometric principles.