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Climbing Wall Safety & Equipment Flashcards

7 cards from real CWI practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.

Read the first 7 Climbing Wall Safety & Equipment flashcards as text
  1. What is the minimum recommended diameter for a dynamic climbing rope used in indoor top-rope climbing?

    Answer: 9mm

    A minimum 9mm diameter is generally recommended for indoor top-rope use to provide adequate durability and handling.

  2. A carabiner gate that opens inward toward the spine of the carabiner is described as:

    Answer: Bent gate

    A bent gate carabiner has an inward-curving gate designed to make clipping ropes easier, commonly used on the rope-end bolt.

  3. During a pre-use inspection, an instructor notices a soft spot in the core of a climbing rope. The correct action is to:

    Answer: Retire the rope immediately

    A soft spot indicates core damage, which compromises the rope's structural integrity and requires immediate retirement.

  4. What does the UIAA label on climbing equipment signify?

    Answer: The equipment meets international mountaineering safety standards

    UIAA (Union Internationale des Associations d'Alpinisme) certification indicates the equipment meets internationally recognized safety standards.

  5. A quickdraw consists of two carabiners connected by:

    Answer: A sewn nylon or Dyneema dogbone sling

    Quickdraws use a sewn dogbone sling (typically nylon or Dyneema) to connect two non-locking carabiners for clipping bolts.

  6. When inspecting harnesses, which condition would NOT necessarily require immediate retirement?

    Answer: Fading of color on the outer shell

    Color fading from UV exposure or washing is a cosmetic issue and does not alone indicate structural compromise, though the harness should still be inspected thoroughly.

  7. The term 'fall factor' in climbing refers to:

    Answer: The ratio of fall length to the length of rope in the system

    Fall factor is calculated by dividing the distance fallen by the total rope length out, with a maximum value of 2.