Beginner Caving Course

Lesson 1 • Cave Atmosphere and Climate

Examines temperature, humidity, and gas composition inside caves. Students learn to detect atmospheric hazards before and during entry.

Lesson 2 • Cave Geology and Mineralogy

Covers the rock types and mineral processes that shape cave interiors. Students identify common speleothems and understand their growth conditions.

Lesson 3 • What Is Speleology

Defines speleology as a discipline and its relationship to geology, biology, and hydrology. Establishes the vocabulary and conceptual framework used throughout the course.

Lesson 4 • Cave Formation and Classification

Explains how dissolution, lava flow, and erosion create distinct cave types. Students classify caves by origin and recognise formation indicators in the field.

Lesson 1 • Hazard Identification in Caves

Catalogs physical, atmospheric, and biological hazards encountered underground. Students prioritise risks using a structured assessment framework.

Lesson 2 • Pre-Entry Planning and Protocols

Covers trip planning, call-out procedures, and weather monitoring before entering a cave. Students produce a complete pre-entry safety checklist.

Lesson 3 • Personal Protective Equipment

Details selection, fitting, and maintenance of helmets, suits, gloves, and boots. Students match PPE specifications to cave conditions and activity type.

Lesson 4 • Risk Assessment and Documentation

Teaches formal risk assessment methods and documentation standards for cave expeditions. Students complete a written risk assessment for a simulated cave trip.

Lesson 1 • Packs, Bags, and Tackle Management

Covers equipment packing strategies for hauling gear through tight and vertical passages. Students organise a tackle bag for efficient underground deployment.

Lesson 2 • Ascending and Descending Devices

Introduces mechanical ascenders, descenders, and their operational principles. Students demonstrate correct device attachment and controlled movement on a rope.

Lesson 3 • Lighting Technology and Management

Compares primary and backup lighting systems and their power management. Students configure a reliable three-light system for extended trips.

Lesson 4 • Harnesses and Connectors

Explains harness types, fit, and the function of carabiners, maillons, and connectors. Students assemble and inspect a complete personal rigging system.

Lesson 1 • Navigation and Route Finding

Introduces underground navigation using survey data, landmarks, and systematic search. Students navigate a mapped cave section without surface GPS.

Lesson 2 • Body Movement and Passage Reading

Teaches efficient body positioning for different passage shapes and floor conditions. Students analyse passage cross-sections to select optimal movement techniques.

Lesson 3 • Climbing and Traversing

Covers free climbing, stemming, and traversing techniques on cave walls and ledges. Students apply three-point contact principles on varied rock surfaces.

Lesson 4 • Formation Protection and Cave Ethics

Establishes minimum-impact principles for movement near fragile speleothems and sediments. Students apply leave-no-trace practices throughout horizontal caving exercises.

Lesson 1 • Pitch Head Management

Addresses safe entry and exit at pitch heads, including lip negotiation and team management. Students practise controlled pitch-head transitions with a loaded rope.

Lesson 2 • Descending Safety Checks

Establishes a systematic pre-descent check routine covering harness, device, and anchor. Students perform buddy checks and self-checks before every practice descent.

Lesson 3 • Controlled Descending Technique

Develops smooth, controlled abseiling posture and speed management on vertical ropes. Students demonstrate consistent descent speed and safe stop technique.

Lesson 4 • Rope Rigging for Descents

Teaches knot selection, rope protection, and deviation rigging for clean descents. Students rig a pitch with appropriate rope protection and a deviation.

Lesson 1 • Passing Rebelays and Deviations

Teaches the sequence for safely transferring past intermediate anchors while ascending. Students pass a rebelay and a deviation without unclipping from the rope.

Lesson 2 • Ascending Safety and Self-Rescue

Addresses equipment failure scenarios and self-rescue options during ascent. Students practise improvised solutions for common ascending system failures.

Lesson 3 • Ascending System Configuration

Explains the mechanical advantage and ergonomics of a two-ascender system. Students assemble and adjust a personal ascending system for their body dimensions.

Lesson 4 • Descent-to-Ascent Changeover

Covers the technique for switching from descending to ascending mid-rope. Students perform a smooth changeover in a controlled environment.

Lesson 1 • Cave Mapping and Presentation

Covers cartographic standards for finished cave maps and their use in exploration planning. Students produce a publication-quality map from processed survey data.

Lesson 2 • Field Sketching and Notation

Teaches plan and elevation sketching conventions for cave passages and features. Students produce a legible field sketch from a surveyed section.

Lesson 3 • Instruments and Measurement Techniques

Covers compass, clinometer, and tape use for accurate leg measurement underground. Students take consistent readings and record data in standard field notation.

Lesson 4 • Survey Principles and Grading

Introduces survey grades, accuracy standards, and the purpose of systematic documentation. Students select the appropriate survey grade for a given exploration objective.

Lesson 1 • Communication and Surface Support

Covers communication protocols between underground teams and surface support personnel. Students establish a communication schedule and emergency escalation procedure.

Lesson 2 • Post-Expedition Reporting

Teaches documentation standards for expedition reports, survey submissions, and conservation findings. Students produce a structured post-expedition report from simulated field data.

Lesson 3 • Team Selection and Roles

Addresses team composition, skill matching, and role assignment for expedition success. Students assign roles and responsibilities for a simulated expedition team.

Lesson 4 • Expedition Objective and Logistics

Covers objective selection, permit acquisition, and logistical coordination for remote cave expeditions. Students draft a complete expedition logistics plan.