Quick Answer
Reverse-wrap cordage offers a reliable, low-tech alternative to modern synthetic cordage, providing comparable strength with less material and weight. However, it may be more time-consuming to create and may not be as water-resistant. Overall, it's a valuable skill for wilderness survival.
Advantages of Reverse-Wrap Cordage
Reverse-wrap cordage is a traditional method of creating cordage by wrapping a core material, often a plant fiber, with a binding material, such as a different type of plant fiber or a thin strip of bark. This technique can produce a strong and durable cord with a tensile strength comparable to modern synthetic options. For example, a well-made reverse-wrap cord can achieve a tensile strength of up to 400 pounds (1,814 Newtons) per square inch.
Creating Reverse-Wrap Cordage
To create reverse-wrap cordage, start by selecting a suitable core material, such as a thin branch or a bundle of plant fibers. Cut the core material to a length of about 3-4 feet (90-120 cm) and then wrap it with a binding material, applying consistent tension to ensure even wrapping. Aim for 10-15 wraps per inch (2.5 cm) to achieve optimal strength. Use a knot or a twist to secure the ends of the cord and prevent unraveling.
Comparison to Modern Synthetic Options
Modern synthetic cordage, such as nylon or polyester rope, offers several advantages over reverse-wrap cordage, including higher tensile strength, durability, and resistance to water and abrasion. However, reverse-wrap cordage has its own set of benefits, including lower weight, biodegradability, and the ability to be created with minimal equipment. In a wilderness survival situation, reverse-wrap cordage can be a valuable resource when access to modern synthetic cordage is limited.
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