Quick Answer
Reverse-wrapped cordage generally holds up well against abrasion due to the overlapping fibers and the mechanical advantage provided by the reverse wrapping method.
The Science Behind Reverse Wrapping
Reverse wrapping creates a robust and durable cordage by interlocking the fibers in a specific pattern. When fibers are wrapped in the reverse direction, the overlapping nature of the wrap provides additional strength and resistance to abrasion. This is especially true when using natural fibers like plant material or animal sinew.
Practical Applications of Reverse Wrapping
To create a reverse-wrapped cordage, start by folding the fibers in half lengthwise and securing them with a small knot or twist. Then, begin wrapping the fibers in the reverse direction, overlapping each wrap by about 1/3 to 1/2 of the previous wrap. For a 1/4 inch (6 mm) diameter cord, aim for 5-7 wraps per inch (2.5 cm). This will provide a durable and abrasion-resistant cordage suitable for tasks like securing gear or creating a makeshift tow line.
Testing the Resistance of Reverse-Wrapped Cordage
To test the resistance of your reverse-wrapped cordage, try subjecting it to friction by rubbing it against a rough surface, such as a piece of sandpaper or a rock. Observe the cord’s ability to resist fraying or unraveling. By repeating this process and adjusting your wrapping technique as needed, you can develop a cordage that is highly resistant to abrasion and suitable for a variety of survival and outdoor applications.
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