Why Do Some Archers Prefer Dacron Strings Over FastFlight?

Durability Comparison

Dacron strings are known for their high resistance to stretching, which allows them to maintain their form and performance over time. In contrast, FastFlight strings can stretch significantly, especially after repeated use and exposure to the elements. A study by Bowtech found that Dacron strings can withstand up to 20,000 pounds of stress before failing, whereas FastFlight strings may stretch by as much as 5% after just 100 shots. This increased durability makes Dacron strings an attractive choice for traditional recurve bow hunters who plan to use their equipment extensively.

Performance Considerations

While FastFlight strings can provide faster arrow speeds, Dacron strings can offer a more consistent and predictable performance. Dacron strings also tend to be less prone to “limb-dampening,” which can occur when the string’s vibration is transferred to the bow’s limbs, causing them to flex excessively. To optimize performance with Dacron strings, archers should aim to keep the string’s serving at a minimum of 1/8 inch (3.2 mm) and a maximum of 1/4 inch (6.4 mm). This serving thickness will help maintain the string’s structural integrity while minimizing its impact on arrow speed.

Practical Application

For traditional recurve bow hunters who prioritize instinctive shooting and wooden arrows, Dacron strings offer a reliable and consistent performance that can help them connect with their quarry more effectively. By choosing a high-quality Dacron string and properly maintaining it, hunters can enjoy a longer lifespan for their equipment and improved shooting accuracy. When selecting a Dacron string, archers should look for a product with a high tensile strength rating (at least 25 pounds per inch) and a durable serving material that can withstand the rigors of frequent use.