Carbon sticks have become increasingly popular among athletes due to their exceptional strength and lightweight properties. However, there is much more to know about carbon sticks than their basic features. In this blog, we will explore the top carbon stick technologies and how they improve performance and reduce vibrations.

Carbon Fibre Weave

The carbon fibre weave is the most integral technology in carbon sticks. Its weave determines the stick’s strength, stiffness, and weight. Manufacturers use different weaves to create sticks with varying properties, such as a higher or lower kick point. For example, a higher kick point stick is stiffer and provides more power for slap shots, whereas a lower kick point stick is more flexible and more conducive to wrist shots. In addition, carbon fibre weaves can be combined with other materials, such as Kevlar or titanium, to enhance the stick’s overall performance.

Blade Technology

The blade is the most important part of a hockey stick, and, thus, manufacturers continually try to refine and develop blade technologies to boost performance. One of the most popular blade technologies is the foam-core blade. This technology reduces vibration and leads to a more consistent feel. Additionally, there’s the ribbed blade, which provides higher levels of stiffness and reduces blade twist. Furthermore, users can customise blade curves and patterns to meet their playing style and position.

Anti-vibration Technology

Vibration is a common issue associated with carbon sticks since their stiffness increases the shock transferred to the hands and arms. To combat this, manufacturers have developed anti-vibration technologies like foam inserts and vibration-dampening materials. These technologies help reduce the shock transferred to the hands and arms, ultimately making the stick more comfortable to use. Additionally, some sticks are composed of layers of carbon to absorb vibrations while adding more strength to the stick.

Grip Technology

Grip technology is another essential feature of carbon sticks, as a good grip can improve control as well as reduce slippage. This is especially important in wet or sweaty conditions. To achieve this, manufacturers use different grip materials, such as rubber, or apply tacky coatings. Moreover, some sticks offer a great degree of customization with regards to colours or textures to personalise the stick for the athlete’s preference.

Smart Technology

Finally, some carbon sticks are also equipped with smart technology, incorporating sensors and Bluetooth connectivity. This technology allows sticks to track performance data, such as shot speed and accuracy, while providing feedback to the athlete. This information can be used to better identify areas for improving training. Additionally, intelligent sticks also have LED lights that indicate when proper flex has been achieved for a shot, assisting athletes to achieve maximum power from their shot.

In conclusion, the top carbon-stick technologies are designed to improve performance and reduce vibrations. All this while also providing a more customizable and personalised experience for the athlete. With the immense benefits of these technologies, regardless of one’s sport, such as hockey, lacrosse, or baseball, these technologies can help any athlete take their game to the next level and get the most out of their performance.