ADVANCED TRAINING · 12 MODULES + EXAMINATION
A college-level technical course covering energizer voltage theory, solar energizer sizing, post specification and spacing, permanent and temporary systems, and horse-specific safety engineering. Modules unlock in order; the final exam requires an 80% pass to issue a certificate.
Equine vision, flight response and herd dynamics — why containment design starts with the horse's brain, not the fence.
Wood rail, vinyl, pipe, woven wire, high-tensile and electric tape/rope/braid — cost, safety profile and where each belongs.
Joules vs. voltage, AC/battery/solar energizers, effective shock voltage, grounding systems and fault-finding basics.
Panel wattage vs. battery amp-hours vs. energizer joule output — sizing worksheets for fence length and sun-hour variables.
Wood, T-post, fiberglass and composite; line posts vs. corner/brace posts; diameter, treatment and load requirements.
Spacing standards by fence type, corner bracing geometry, terrain adjustments and gate placement.
Foundation-level installation: setting depth, concrete vs. tamped fill, permanent electric conversions, longevity planning.
Step-in posts, poly tape/braid reels, rotational grazing setups, and quick-deploy safety considerations.
Visibility standards, entanglement risk, top rail height, foal-safe design and emergency release considerations.
Apply the voltage, spacing, and material decisions from prior modules to a full section-of-fence plan.
Voltage testing with a fence tester, vegetation grounding faults, seasonal maintenance schedules, post rot/heave inspection.
Consolidate Modules 1–11 and review the exam format before attempting the final assessment.
10 multiple-choice questions (80% required to pass) plus one capstone fencing-design submission. Unlocks after Module 12 is marked complete.
Go to examGenerated automatically once the multiple-choice exam is passed at 80% or higher.
View certificate