Course curriculum

    1. 1.1 Welcome

    2. 1.2 Meet Richard Delaney

    1. 2.1 V Anchor System: General All-Purpose Anchoring

    2. 2.2 Video Tutorial: V Anchor System: General All-Purpose Anchoring

    3. 2.3 V Anchor System: Top Rope Bottom Belay

    4. 2.4 Video Tutorial: V Anchor System: Top Rope Bottom Belay

    5. 2.5 V Anchor System: Top Rope Bottom Belay (Using Anchor Bolts)

    6. 2.6 Video Tutorial: V Anchor System: Top Rope Bottom Belay (Using Anchor Bolts)

    7. 2.7 V Anchor System: Friction Top Rope Top Belay, Climber Rescue Gri Gri

    8. 2.8 Video Tutorial: V Anchor System: Friction Top Rope Top Belay, Climber Rescue Gri Gri

    9. 2.9 V Anchor System: Friction Top Rope Top Belay, Tubular Belay Device

    10. 2.10 Video Tutorial: V Anchor System: Friction Top Rope Top Belay, Tubular Belay Device

    11. 2.11 V Anchor System: Top Rope Top Belay Looking at MA Efficiency

    12. 2.12 Video Tutorial: V Anchor System: Top Rope Top Belay Looking at MA Efficiency

    13. 2.13 V Anchor System: Managing Edge Friction with a Mono Pod / Gin Pole as a High Directional

    14. 2.14 Video Tutorial: V Anchor System: Managing Edge Friction with a Mono Pod / Gin Pole as a High Directional

    15. 2.15 V Anchor System: Small Team Raise and Lower System, Skyhook Rescue Systems

    16. 2.16 Video Tutorial: V Anchor System: Small Team Raise and Lower System, Skyhook Rescue Systems

    1. 3.1 Mirrored Skate Block System Overview

    2. 3.2 Video Tutorial: Mirrored Skate Block System Overview

    3. 3.3 Mirrored Skate Block: Top Anchor Considerations

    4. 3.4 Video Tutorial: Mirrored Skate Block: Top Anchor Considerations

    5. 3.5 Mirrored Skate Block System: Control Center

    6. 3.6 Video Tutorial: Mirrored Skate Block System: Control Center

    1. 4.1 Industrial Skate Block Trackline System: Upper Section / Tensioned Trackline

    2. 4.2 Video Tutorial: Industrial Skate Block Trackline System: Upper Section / Tensioned Trackline

    3. 4.3 Industrial Skate Block Trackline System: Top Anchor Considerations

    4. 4.4 Video Tutorial: Industrial Skate Block Trackline System: Top Anchor Considerations

    5. 4.5 Industrial Skate Block Trackline System: Lower Section

    6. 4.6 Video Tutorial: Industrial Skate Block Trackline System: Lower Section

    7. 4.7 Industrial Skate Block Trackline: Lower Section / Skyhook Winch

    8. 4.8 Video Tutorial: Industrial Skate Block Trackline: Lower Section / Skyhook Winch

    9. 4.9 Skyhook Rescue Systems Spec Ops Winch Promo

    10. 4.10 Video Tutorial: Skyhook Rescue Systems Spec Ops Winch Promo

    11. 4.11 Industrial Skate Block Trackline: Issue of Friction

    12. 4.12 Video Tutorial: Industrial Skate Block Trackline: Issue of Friction

    1. 5.1 T Method for Mechanical Advantage: Calculation In a Simple System

    2. 5.2 Video Tutorial: T Method for Mechanical Advantage: Calculation In a Simple System

    3. 5.3 T Method for Mechanical Advantage: Using Rope Grabs

    4. 5.4 Video Tutorial: T Method for Mechanical Advantage: Using Rope Grabs

    5. 5.5 T Method for Mechanical Advantage: Horizontal System

    6. 5.6 Video Tutorial: T Method for Mechanical Advantage: Horizontal System

    7. 5.7 T Method for Mechanical Advantage: With Pulley Added on the Load

    8. 5.8 Video Tutorial: Method for Mechanical Advantage: With Pulley Added on the Load

    1. 6.1 Fast Fours: Mechanical Advantage

    2. 6.2 Video Tutorial: Fast Fours: Mechanical Advantage

    3. 6.3 Fast Fours: Fallen Worker Recovery

    4. 6.4 Video Tutorial: Fast Fours: Fallen Worker Recovery

About this course

  • Free
  • 51 lessons
  • 1 hour of video content

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