What New Tech in Bindings is Revolutionizing the Way We Ride?
As technology evolves, so do the equipment and tools we use. In snowboarding, one of the most important parts of the gear is the binding. Bindings connect the snowboarder to the board and provide the necessary control, support, and responsiveness needed to make the most out of every ride.
In recent years, technological advancements have been made in snowboard bindings, giving riders a new level of control, comfort, and ultimately, a better riding experience. In this blog post, we’ll take a closer look at some of the new tech in bindings that are revolutionizing the way we ride.
The Rise of Customization
In the past, snowboard bindings were manufactured in a one-size-fits-all approach. Riders had limited options for customization, and there was little consideration for different body types and riding styles. However, in recent years, bindings have become more customizable and adaptable, catering to individual preferences and needs.
One of the most significant developments in customization is the use of adjustable parts in bindings. This feature allows riders to adjust the fit, flex, and response of the bindings based on their riding styles and preferences. For instance, bindings might have an adjustable highback, which can be set to either forward lean or backward lean, or a baseplate with adjustable padding and stiffness for a personalized feel.
Customizable bindings not only provide more comfort and control but also allow riders to optimize their performance, whether they prefer a flexible, freestyle-oriented binding or a stiffer, more responsive binding for high-speed carving.
Improved Weight Saving
Another area where technology has made strides for snowboard bindings is in weight saving. Lighter bindings are crucial for improved agility and control, as they reduce the overall weight of the board, making it easier to maneuver and control.
In the past, bindings were made up of bulky materials, often weighing upwards of 4 lbs. However, new bindings incorporate lighter materials and designs that significantly reduce the weight of the bindings, sometimes as low as 2lbs. Light weight bindings allow the rider to move their snowboard extremely swiftly and also reduce fatigue during prolonged shredding sessions.
For example, bindings with aluminum structures and carbon fiber high backs are lightweight and durable. These bindings are designed to provide efficient power transfer to the board while reducing overall weight, a combination that’s especially beneficial for high-speed shredding and riding in backcountry terrain.
Improved Dampening and Shock Absorption
With better shock absorption, snowboard bindings are now more comfortable and forgiving, providing a smoother ride with reduced bumps and shocks, especially when riding on uneven terrain. The technology behind this is called dampening, which involves adding materials to reduce the vibrations and shocks transmitted to the rider’s body. The new advancements of dampening technologies make riding more enjoyable with lesser pains or aches.
Newer bindings have damping technologies that absorb shocks and vibrations, delivering smoother rides and reducing fatigue. For example, Dual Zone EVA padding, a popular shock-absorbing technology, has been incorporated into bindings to increase comfort and reduce vibrations.
In addition, another technology, baseplate canted footbed, is integrated to angle the rider’s feet to a natural stance. The angle of the footbed aligns the body’s joints, which results in more comfort and less fatigue.
Improved Durability and Longevity
Nobody wants to buy bindings every season. Although durability and longevity have always been essential considerations in snowboard bindings, recent developments have taken it to a new level.
The design of most modern bindings is streamlined, refined, and more robust to ensure longevity. The materials used in these bindings have been specially treated to withstand wear and tear, harsh environmental conditions, and chemical damage. The straps and buckles durability have been also improved with reinforced plastics, rubbers, or metals.
Riding in demanding conditions like backcountry can be tough on bindings, but newer materials such as carbon fiber, aluminum alloys, and thermoplastic polyurethane have been developed to endure the harshness. Bindings with these new durable constructions now offer a longer lifespan, making them a more solid investment for riders.
Improved Accessibility
Riding is most enjoyable when accessible. Therefore, bindings are now being designed to make it more accessible for everyone to have a good time on the mountain. These advances will encourage more people to go outside and find their love for snowboarding.
Even though technology in bindings can provide excellent benefits, it takes some time to get used to the technology advancements. The good news is that the new technologies of bindings tend to make snowboarding feel more natural, comfortable, and fun. In addition, companies are creating user-friendly instructions on how to assemble and adjust bindings, making it easier for consumers to adopt new technologies.
Conclusion
Snowboarding has come a long way since its inception, and as with many sports, technology plays an important role in improving the rider experience. From customization, weight saving, dampening, durability, and accessibility, snowboard bindings have come a long way in terms of technological advancements.
New technology in bindings not only makes them last longer and perform better but also addresses the needs of individual riders. By having the user’s needs and preferences in mind, the snowboarding industry will continue to thrive, encouraging more people to participate.
As a snowboarder, it is essential to take advantage of these technological advancements in bindings to get the full experience of riding. Many top brands are offering these new technologies of bindings, so it’s essential to research and take the necessary time to find the right one that will suit your needs and preferences.
By staying up to date on the latest technology in bindings, snowboarders can take advantage of the new advancements and enjoy maximizing their riding experience.
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