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Industrial Rappelling Safety Course

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Industrial Rappelling Safety Course

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Industrial Rappelling Safety Course

Name: Industrial Rappelling Safety Course
Price: 204 GBP
Rating: 5 (27 reviews)

Master every skill required to work safely at height in industrial environments, from rigging anchors and inspecting gear to controlling your descent and executing self-rescue. This course covers the full scope of industrial rappelling safety, built around real regulatory standards and hands-on techniques. If you work at height, this training protects you, your crew, and your job.

Dedika for businesses

What you will learn:

You will learn how to identify hazards, assess risk, and apply safety regulations before any descent begins. The course covers equipment selection, inspection, and retirement criteria for ropes, harnesses, carabiners, and descenders. You will build and verify anchor systems, tie and load-test essential knots, and develop consistent brake-hand technique for controlled descents. Emergency procedures include mid-rope self-rescue, assisted raising and lowering, and suspension trauma response. Site planning, team roles, weather management, and post-operation reporting are also covered in full.

How you study in practice Industrial Rappelling Safety Course

How you practise Industrial Rappelling Safety Course

For businesses looking to train their team

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 37 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Industrial Rappelling

Lesson 1 • Hazard Identification and Risk Assessment
Introduces systematic hazard recognition and risk-scoring methods specific to vertical work environments. Builds the analytical habit required before every descent.
Lesson 2 • Industry Scope and Regulatory Framework
Defines industrial rappelling's role in work-at-height operations and maps applicable safety regulations. Connects compliance obligations to daily operational decisions.
Lesson 3 • Personal Protective Equipment Overview
Surveys mandatory PPE categories for industrial rappelling and explains selection criteria. Links PPE choice to identified hazards from the risk assessment process.
Lesson 4 • Physics of Rope and Load
Covers force, friction, and load distribution as they apply to rappelling systems. Provides the mechanical foundation for understanding equipment ratings and failure modes.

Chapter 2See details

Equipment Identification and Inspection

Lesson 1 • Descenders and Braking Devices
Covers figure-eight, rack, and self-braking descender designs along with their operational limits. Correct device selection is matched to rope diameter and load requirements.
Lesson 2 • Ropes: Types, Ratings, and Care
Distinguishes static from dynamic ropes and explains diameter, elongation, and kN ratings. Proper storage and cleaning practices extend service life and maintain rated performance.
Lesson 3 • Connectors: Carabiners and Maillon Rapides
Explains gate types, locking mechanisms, and kN ratings for connectors used in industrial systems. Correct orientation and loading direction prevent cross-loading failures.
Lesson 4 • Harnesses and Lanyards
Details full-body harness components, attachment points, and energy-absorbing lanyard function. Correct fit and attachment point selection are verified through structured inspection.
Lesson 5 • Systematic Pre-Use Inspection Protocol
Integrates component-level checks into a complete system inspection sequence. Students practise the ABCDE inspection method to detect defects before loading any system.

Chapter 3See details

Knots, Hitches, and Rope Management

Lesson 1 • Essential Anchor and Joining Knots
Covers figure-eight on a bight, bowline, and double fisherman's knot for anchor and rope-joining applications. Each knot is tied, dressed, and verified under load.
Lesson 2 • Rope Management and Deployment
Develops systematic rope stacking, bagging, and deployment techniques that prevent tangles during descent. Proper management reduces delay and hazard at the edge.
Lesson 3 • Knot Mechanics and Strength Reduction
Explains how knots reduce rope strength through bend radius and explains efficiency ratings. Understanding strength reduction guides knot selection for critical connections.
Lesson 4 • Friction Hitches and Prusik Applications
Teaches prusik, klemheist, and autoblock hitches for progress capture and self-rescue applications. Correct cord diameter ratio ensures reliable grip under load.

Chapter 4See details

Anchor Systems and Rigging Principles

Lesson 1 • Anchor Point Evaluation
Teaches structural assessment of natural and man-made anchor points for load capacity and integrity. Evaluation criteria are applied before any rigging is attached.
Lesson 2 • SERENE-A Anchor Principles
Breaks down the SERENE-A framework: Solid, Efficient, Redundant, Equalised, No Extension, Angles. Each principle is applied to real rigging configurations.
Lesson 3 • Rope Rigging and Edge Protection
Covers rope routing from anchor to edge and the use of edge protectors to prevent abrasion damage. Correct rope path minimises friction and protects sheath integrity.
Lesson 4 • Anchor System Load Testing and Verification
Introduces pre-use load testing procedures and visual verification steps for completed anchor systems. Students identify failure indicators under controlled test loads.
Lesson 5 • Single and Multi-Point Anchor Configurations
Demonstrates construction of single-point, two-point, and three-point anchor systems using slings and connectors. Configuration choice is matched to site geometry and load.

Chapter 5See details

Rappelling Techniques and Descent Control

Lesson 1 • Controlled Stop and Work Positioning
Teaches mid-rope lock-off techniques and stable work positioning for inspection or maintenance tasks. Reliable lock-off allows hands-free work without unintended descent.
Lesson 2 • Body Positioning and Weight Distribution
Establishes correct harness-loaded posture, foot placement, and centre-of-gravity management during descent. Proper positioning reduces fatigue and maintains control at all descent speeds.
Lesson 3 • Descending with Tools and Equipment
Addresses load management when carrying tools, inspection equipment, or work materials during descent. Tool attachment and weight distribution prevent swing and loss of control.
Lesson 4 • Edge Transition and Overhang Navigation
Covers the critical edge-crossing sequence and techniques for managing overhangs and re-entrant features. Edge transitions are the highest-risk phase of any industrial descent.
Lesson 5 • Brake-Hand Technique and Speed Control
Teaches brake-hand grip, wrap, and release sequences for smooth speed modulation. Consistent brake-hand discipline is the primary control mechanism for safe descent.

Chapter 6See details

Fall Arrest and Backup Safety Systems

Lesson 1 • Fall Arrest System Principles
Explains arrest force, free-fall distance, and deceleration distance requirements for industrial fall arrest. These principles determine device selection and anchor placement for backup systems.
Lesson 2 • Rope Grab and Ascender Backup Use
Teaches rope grab and mechanical ascender use as backup devices on the safety line. Correct installation direction and load testing confirm reliable activation.
Lesson 3 • Self-Braking Descender Backup Features
Examines anti-panic and cam-lock features of self-braking descenders as integrated backup mechanisms. Students test device response to simulated uncontrolled descent scenarios.
Lesson 4 • Secondary Backup Line Configuration
Covers installation of an independent backup line with a separate anchor and progress-capture device. The backup line operates independently of the primary descent system.

Chapter 7See details

Emergency Procedures and Self-Rescue

Lesson 1 • Emergency Recognition and Communication
Establishes criteria for declaring a rope emergency and the communication protocols that activate rescue response. Early recognition reduces rescue complexity and victim injury risk.
Lesson 2 • Suspension Trauma Prevention and Response
Explains orthostatic intolerance from prolonged harness suspension and first-response actions to prevent fatality. Foot loops and early rescue are the primary mitigation strategies.
Lesson 3 • Assisted Lowering and Raising Operations
Covers top-team-controlled lowering and mechanical-advantage raising systems for incapacitated victims. System selection depends on victim weight, rope length, and available personnel.
Lesson 4 • Emergency Scenario Drills and Debriefs
Integrates all emergency skills into timed, scenario-based drills with structured after-action debriefs. Repeated practise builds muscle memory and reduces response time under stress.
Lesson 5 • Mid-Rope Self-Rescue Techniques
Teaches ascending on a single rope, passing a knot, and transferring to an ascent system from a locked-off position. Self-rescue capability reduces dependence on external rescue teams.

Chapter 8See details

Site Planning and Operational Management

Lesson 1 • Post-Operation Review and Reporting
Establishes procedures for equipment inspection after use, incident reporting, and lessons-learned documentation. Systematic post-operation review drives continuous safety improvement.
Lesson 2 • Environmental and Weather Management
Addresses wind speed limits, lightning protocols, temperature extremes, and wet-surface procedures for outdoor operations. Go/no-go weather criteria are established before mobilisation.
Lesson 3 • Site Survey and Access Planning
Covers pre-job site surveys, access route mapping, and identification of structural constraints affecting rigging. Survey findings directly shape anchor selection and equipment lists.
Lesson 4 • Exclusion Zones and Ground Control
Establishes exclusion zone sizing, barrier types, and ground-level supervision roles during active operations. Effective ground control prevents struck-by incidents from falling objects.
Lesson 5 • Team Roles and Briefing Procedures
Defines rappeller, health and safety officer, anchor tender, and ground controller roles with clear authority boundaries. Pre-operation briefings align the team on hazards, signals, and emergency actions.

Certification

Your valid completion certificate

This course is for you:

Industrial maintenance workers: ready to add certified rope access skills.
Construction site supervisors: responsible for managing teams working at height.
Wind turbine technicians: needing structured safety training for vertical work.
Facility inspectors: who access structures where ladders and lifts fall short.
Safety officers: building deeper technical knowledge of rope access operations.
Career changers: pursuing higher-paying skilled trades in industrial environments.

What our students say

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