How to Tie the Heaving Line Knot

Usage

The Heaving Line Knot is a handy way to add bulk to the end of a rope. The added weight increases the accuracy and efficiency of throws over greater heights or distances. It’s ideal for boating, arborist work, or any situation where precision and distance are required. This is a great knot to use when hanging a food barrel while camping.

Why Learn the Heaving Line Knot?

Mastering the Heaving Line Knot equips you with a versatile tool for situations requiring accuracy in throwing ropes. Its ability to create weight and bulk without additional materials makes it a favorite among sailors, arborists, and outdoor enthusiasts.

Common Uses

  • Boating and Marine Applications:
    • Throwing lines to other boats or docks.
    • Securing lines for mooring or anchoring.
  • Arborist Work: Tossing ropes over tree branches for climbing or rigging.
  • Emergency Scenarios: Tossing lines to individuals in distress during rescues.
 

ABOK Number 

(Ashley Book of Knots) 
  • #538
     

    Other Names

    • None documented
     

    Type

    Stopper Knot

    Notable Features

    • Increased Bulk: Adds weight to the rope’s end for better throwing accuracy.
    • Non-Jamming: Easy to untie after use.
    • Customizable Size: Adjust the number of wraps to achieve the desired bulk.

    Similar Knots

    Monkey’s Fist vs. Heaving Line Knot

    • Pros: Heavier and more compact; incorporates weights for greater precision.
    • Cons: More difficult to tie and untie.

    Heaving Line Bend vs. Heaving Line Knot

    • Pros: Used to join ropes of different diameters for heaving purposes.
    • Cons: Limited to connecting ropes, not standalone as a throwing knot.

    Common Whipping vs. Heaving Line Knot

    • Pros: Secures rope ends to prevent fraying.
    • Cons: Does not add weight or bulk for throwing purposes.

    History

    The Heaving Line Knot is described in The Ashley Book of Knots (ABOK #538) and is widely used in nautical settings. Its simplicity and effectiveness have made it a staple for situations requiring ropes to be thrown accurately over distances. Unlike the Monkey’s Fist, which often includes a weighted core, the Heaving Line Knot relies on its structure alone for weight, making it versatile and easy to tie.

    Security Level

    The Heaving Line Knot is secure for temporary applications. It doesn’t jam under load, ensuring easy untying when needed. However, for permanent or heavy-duty solutions, alternatives like the Monkey’s Fist may be more appropriate.

    Downsides

    • Limited Weight: Compared to knots incorporating additional objects.
    • Less Suitable: For permanent heaving lines.

    Structure

    1. Form two bights near the rope’s end, one above the other, and leave enough rope for wrapping.
    2. Wrap the working end around the first bight, encircling its two strands.
    3. Continue wrapping, encircling all three strands formed by the two bights.
    4. Pass the working end through the bottom bight to complete the knot.
    5. Tighten by pulling the upper loop, then the standing part, to secure the knot.

    Pro Tip: Experiment with the number of wraps to customize the knot’s size and weight.

    FAQ

    What is the Heaving Line Knot used for?

    It adds weight to a rope’s end, making it easier to throw for various applications, such as docking or rescues.

    Is the Heaving Line Knot difficult to untie?

    No, it is designed to be non-jamming and easy to undo after use.

    Can the Heaving Line Knot be used for heavy-duty tasks?

    While effective for light to moderate use, it may not provide enough weight for certain scenarios.

    How does the Heaving Line Knot compare to the Monkey’s Fist?

    The Heaving Line Knot is easier to tie and untie but less weighted than the Monkey’s Fist, which often includes a core for added mass.

    Important Notes on Safety

    The Heaving Line Knot is best suited for temporary or light-duty applications. Ensure the knot is tied securely, and consider alternatives like the Monkey’s Fist for situations requiring greater weight and precision.

    Back to blog

    Leave a comment

    Please note, comments need to be approved before they are published.

    Step-By-Step Illustration

    sample image