When it comes to the sport of axe-throwing, one aspect that is often considered is the material used for the handle of the axe. Axe handles can be made from a variety of materials, including wood, fiberglass, steel, and composites. Each material offers distinct properties that can influence the performance of the thrower and the overall axe-throwing experience.
Wooden handles are perhaps the most traditional choice for axes, including those used in axe-throwing. They are appreciated for their natural feel and the ability to absorb vibrations, which can reduce fatigue during extended throwing sessions. The most common types of wood used include hickory, ash, and maple due to their strength and shock-absorbing capabilities. One downside, however, is that wooden handles can vary significantly in density and grain pattern, leading to inconsistencies in weight and balance, which can affect accuracy and precision in throwing. Additionally, environmental factors such as humidity can cause wood to expand or contract, slightly altering the grip or feel over time.
Fiberglass handles offer a modern alternative to wood, known for being durable and resistant to weather elements, making them ideal for outdoor axe-throwing ranges or conditions where they may be exposed to moisture. Fiberglass also provides a consistent weight and balance, allowing for more uniform performance across different axes. However, these handles can be more rigid and transmit more vibrations to the thrower’s hands, potentially leading to increased fatigue with prolonged use.
Steel, although less common in axe-throwing, can be used for the entire axe – both head and handle. Steel handles are incredibly durable and unlikely to break, but they are also the heaviest option and can be taxing on the thrower’s arms and shoulders. Moreover, steel can be slippery when hands are sweaty, posing a challenge for maintaining a secure grip throughout the throw.
Composite materials, such as carbon fiber and plastic reinforced with fiberglass or other fibers, present a lightweight and durable option for axe handles. Composites can be engineered to provide optimal flex and vibration absorption while retaining high strength. They provide a consistent experience that’s independent of environmental conditions and usually feature added grip textures or materials for improved handling. The primary downsides to composite handles can be their cost and sometimes the lack of a ‘traditional’ feel that some axe-throwers prefer.
The choice of handle material also affects balance and the overall center of gravity of the axe. For instance, a heavier wooden handle might balance differently than a lighter composite one, which can alter the rotation and flight path of the axe. Throwers typically develop a feel for how an axe will rotate and move through the air, adjusting their technique accordingly. A consistent handle material can aid in developing this intuition, whereas varied materials may require the thrower to adapt their style with each axe.
Lastly, axe-throwing is an intensely personal sport with a lot to do with personal preference and comfort hence, the choice of handle material is a subjective decision for many throwers. While one thrower might feel more comfortable and accurate with a wooden-handled axe, another might prefer the modernity and durability of composites. The handle material impacts the overall throwing experience by influencing handle durability, feel in the hand, vibration transmission, and even the thrower’s confidence and connection to the axe. As the sport of axe-throwing continues to grow and evolve, the innovation in materials and design will likely continue, offering throwers increasingly varied and specialized options to enhance their sport.