The Shocking Truth About How Burton Snowboards Are Made

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If you’ve ever hit the slopes, there’s a good chance that at some point you strapped on a Burton snowboard. Founded in 1977 by Jake Burton Carpenter, the company has become one of the biggest players in the industry and a go-to brand for countless riders around the world.

But have you ever stopped to think about how those boards are made? The process might not be what you expect – and it could even change your perception of this iconic brand.

“Burton’s factory is one of the most enviro-friendly factories I have seen… They’re keeping their carbon footprint down as low as possible. ” – Danny Davis

Danny Davis is just one pro rider who has spoken out about Burton’s manufacturing methods. From using renewable energy sources to recycling waste materials, the company has worked hard to reduce its impact on the environment while still creating top-quality gear.

If you want to know more about how Burton makes snowboards, keep reading – because we’re going inside their production facilities to uncover some truly surprising facts…

Design Process

The design process for Burton snowboards is a unique and intricate one, aimed at producing high-quality boards that are both functional and aesthetic.

It begins with the brainstorming stage where designers sketch out ideas for new board models. This step involves research to identify trends in snowboarding and listening to feedback from professional athletes and customers.

The next step is the shaping of the prototype, where precise measurements are taken using advanced software programs such as CAD. The computerized model is then converted into an actual physical board through a CNC machine or 3D printer.

The final stage before launching production is testing the prototypes on various terrains by pro-riders who provide feedback regarding stability, turning ability, speed, pop, among other factors. The data gathered during this phase guides Burton’s team in refining every aspect of their products until the perfect blend between performance and aesthetics is achieved.

“Our goal has always been getting it right – creating gear that rides better because it’s built better. “

This well-known quote by Jake Burton Carpenter describes how much attention they put into making sure each element of their designs works together perfectly while keeping durability top-of-mind by sourcing only sustainable materials and environmentally-friendly manufacturing methods.

All these steps culminate in what we see today: superior quality snowboards created for riders using state-of-the-art technology combined with innovation-driven design implementations – all made possible thanks to Burton’s unwavering commitment towards ensuring each rider experiences nothing less than pure excellence when riding their boards!


In order to understand how snowboards are made by Burton, we must first examine the conceptualization process. It all starts with an idea – whether it be inspired by a particular rider or a need in the market for a specific type of board.

The design team at Burton uses various tools such as sketches and computer-aided design software (CAD) to bring these ideas to life. They consider factors such as shape, flex, and materials when designing each unique board model.

Once a concept is finalized, prototypes are created using materials such as foam and wood. These early versions of the board undergo rigorous testing by professional riders on the mountain to ensure that they perform well under all conditions.

“We truly believe that there’s no other way to develop better boards than putting them directly into our team’s hands. ” – Jake Burton Carpenter

This constant feedback loop between designers and riders allows for improvements and adjustments to be made before production begins on a larger scale.

Burton also prioritizes sustainability in their manufacturing process. Materials such as FSC-certified wood cores and recycled base material are used whenever possible in order to reduce their environmental impact.

Overall, the conceptualization phase plays a crucial role in ensuring that each Burton snowboard meets the needs of riders while pushing boundaries in terms of design and performance.


When it comes to making snowboards, prototyping is a crucial step in the production process. Burton Snowboards has perfected their prototyping techniques over the years to ensure that each board they make meets their high standards of quality and performance.

The first step in creating a prototype is to gather data on what types of boards are currently popular in the market. This information can come from customer feedback, trends seen at competitions or through research into emerging technologies.

Once this data is collected, designers will begin sketching out different shape ideas for the new board. These sketches will then be transformed into 2D computer-aided design (CAD) files using specialized software.

From here, those CAD files are sent to engineers who create a 3D model of the board using a combination of CNC machinery and hand-shaped foam blocks. The foam core of the board is then layered with fiberglass and resin to create a solid platform for testing.

“Our prototypes go through rigorous testing before we finalize any designs, ” says Jake Carpenter, founder of Burton Snowboards. “We want to make sure our riders feel confident on these boards and perform at their best. “

This testing includes everything from riding tests on various terrains to lab-based durability tests designed to simulate worst-case scenarios. Once all necessary tweaks have been made, Burton moves forward with mass production – always striving for perfection in every aspect!

In conclusion, thorough prototyping practices help Burton Snowboards achieve excellence in product creation by ensuring top-quality materials used during manufacturing as well as rigorous product-testing routines after completion!


If you’re interested in snowboarding, then you’ve probably heard of Burton. They are one of the most popular snowboard brands out there and have been making high-quality boards for decades now.

So, how exactly do they make their snowboards? Well, it all starts with a core made from wood or foam. This core is then coated with fiberglass to give it durability and flexibility.

The next step is to add a top sheet and base material. The top sheet is what gives the board its unique design while also protecting it from scratches. The base material determines how fast the board can go and how well it glides over the snow.

Once everything has been layered together, it’s time to press the board into shape. A hydraulic press is used to apply pressure and heat at just the right levels to ensure that all materials fuse together properly.

“Burton takes great care in ensuring that their boards are both durable and performant on the slopes. “

Finally, the edges are added using steel plates before being finished with waxing which helps reduce friction between the board and snow resulting in better speed, control, and overall performance.

Burton’s attention to detail doesn’t end here though; each board goes through meticulous quality checks including bending tests, flex testing, water absorption tests amongst others to guarantee perfection such that winter sports enthusiasts everywhere can enjoy riding these incredible beasts down any slope imaginable!

Materials Used

Burton snowboards are known for their high-quality and exceptional performance. The materials used in the manufacturing of Burton snowboards play a crucial role in determining their durability, strength, and overall quality.

The core material of Burton snowboards is made up of either wood or foam. These materials are selected based on several factors such as weight, flexibility, and board type. For example, lightweight foam cores are ideal for freestyle boards since they provide more control to riders while performing tricks.

Another significant component of Burton snowboard construction is fiberglass. Fiberglass reinforces the core and adds strength to the board. High-end models often incorporate carbon fiber into the layers along with Kevlar or other exotic fabrics which add extra torsional rigidity that allows you to hold an edge even at extreme speeds.

For bases, most designers prefer sintered P-tex base material because it glides faster than extruded P-Tex; however, this makes maintenance more involved and costly due to the deeper pores within its structure holding additional wax trips that manufacturers will always recommend doing yearly between our daily services so your hardware stays flawless during the season long – giving you better speed consistency, greater longevity compared against sanding back deep scuffs caused by dry rubbing effects!

“The combination of carefully chosen materials provides benefits like maneuverability, stability at higher speeds, resistance to damage from impacts and weather exposure making them durable enough for years”
Overall these top-rated items take weeks upon weeks to develop throughout research, design & testing before hitting production lines where dedicated team’s blend technology alongside traditional craftmanship ideas resulting in a unique craftsmanship produced item sought after globally annually!

Wood Cores

One of the essential elements in the process of making Burton snowboards is using wood cores. Wood cores provide a unique feel to each board due to variables such as density, type of grain and stiffness.

The first step is selecting high-quality woods that will make up the snowboard’s core. The types used by Burton include Poplar, Spruce, Aspen, Bamboo and Polonia.

The thickness of the strips varies depending on what part they are going to be used for within the board’s core.

Next comes moulding the strips into a single rectangular block through thermal fusion technology called ‘wood welding’ also known as Enduro Core Technology (ECT). It provides an even flex across all parts of the deck ensuring stability which makes it possible to take turns at any speed with utmost confidence.

“When you’re riding down a mountain on one of our boards you don’t want to question its integrity. “
Any impurities or air pockets inside might result in decreased durability without meeting industry standard tests. These blocks reveal characteristics such as edge hold capability or vibration damping when further cutting them according to particular designs meant for each model. The wood core is an integral component towards achieving ideal performance during a ride experience on Burton Snowboards. Precisely combining components optimizes every feature characteristic enabling riders from novices to professionals alike unparalleled levels of enjoyment carving down slopes.

Fiberglass and Resin

To produce a high-quality snowboard, Burton uses fiberglass and epoxy resin in the construction process. The composite materials enhance the board’s durability, strength, stiffness, weight, and response.

The first step is to lay up thin sheets of fiberglass onto a wooden board core. The number of layers used determines the overall stiffness of the snowboard. More layers make for a stiffer board that responds well at high speeds but requires more effort to turn.

Once all the layers are stacked in place, they are saturated with an epoxy resin. While applying just enough pressure to remove any excess air bubbles trapped between each layer, this bond creates rigidity across the entire surface.

After curing over time under specific temperature and humidity conditions, the Fiberglass Reinforced Plastic layer becomes inseparable from both ends’ core material. This integrated structure maintains its shape while providing excellent flex capabilities necessary for carving down mountainsides smoothly.

Burton has been perfecting their manufacturing techniques over 30 years; it shows how superior quality makes them stand out as market leaders within winter sports equipment industry.
In conclusion, using fiberglass with polyester or epoxy resins reinforces Burton’s Snowboards for maximum endurance during slaloming situations on slopes worldwide. Consequently designing boards composed of these two materials has been fruitful since many changes have confirmed using them leads to better hills’ experience than traditional white-wooden ones.

Metal Edges

Metal edges are an indispensable component of snowboards as they provide the necessary grip on ice and hard-packed snow. In Burton’s manufacturing process, metal edges are one of the first components to be added to a snowboard.

The edges are cut to fit the board’s shape by using a specialised machine that creates precise angles and shapes for each side of the edge.

After cutting, the edges are carefully placed onto the base material and held in place with strong epoxy glue. The boards then go through a cooling tunnel to solidify the glue bond.

Burton uses high-quality steel for their metal edges to ensure maximum durability and longevity. An important consideration is matching the flex pattern of the edge with that of the board; too stiff or soft can hinder performance and compromise safety.

“A proper edge tune can make all the difference when it comes to carving turns or feeling stable at speed. ”
Greg Dacyshyn, Chief Creative Officer at Burton The final step in preparing the edges is tuning them to achieve optimum sharpness. This process involves grinding down any burrs or nicks from usage, setting appropriate bevels, and polishing them smooth for optimal traction on varying terrain. In conclusion, metal edges form an essential part of how snowboards are made by Burton because they directly impact a rider’s experience while also contributing significantly to safety. Through careful design choices and quality materials combined with expert craftsmanship, Burton ensures its riders have access to some of the most reliable snowboarding equipment available today.

Manufacturing Process

Burton is one of the leading manufacturers of snowboards in the world. The company has been producing high-quality boards for over 30 years, and their manufacturing process is a well-oiled machine that produces some of the most innovative designs on the market today.

The first step in creating a Burton snowboard is to design it using computer-aided design software. Once the board’s shape and specifications have been determined, a wooden core is cut to size and shaped based on the desired flex pattern.

The next step in Burton’s manufacturing process is to wrap this wooden core with layers of fiberglass cloth and resin in order to create a strong base layer. Additional composite materials are then added onto this base layer in order to provide specific properties such as stiffness or torsional rigidity.

Once these layers have been added, the board is placed into specialized presses where it is subjected to heat and pressure. This compression technique not only bonds all layers together but also ensures that they are evenly distributed across all parts of the board.

“The final stage includes adding graphics, bindings, edges, fins, etc. ”

The final stage involves adding various essential components like graphic overlays, mounting plates for binding attachment systems, steel edges for durability during turns, and fins for extra stability at higher speeds.

All finished products undergo rigorous testing processes before they hit store shelves. Through constant research and development efforts along with advanced technologies utilized by Burton Snowboards results always matches customer’s expectations time after time!

Cutting and Shaping

The cutting and shaping process is one of the most important steps in making a snowboard. Burton uses precision machinery to cut out the basic shape of each board, then a skilled worker hand finishes by using various tools such as rasps, sanding blocks, and scrapers.

After creating the initial profile, the edges of the snowboard are shaped to give them additional strength throughout use. This also helps with control when carving through varying levels of snow beneath you.

Burton’s engineers have been tirelessly perfecting their designs over many years. From camber profiles to edge shapes, every facet has been optimized for top performance on-mountain. Not only do they look great but these boards will help even novice riders whip around like seasoned pros!

“We take painstaking care to ensure that our materials match up perfectly during assembly. “

After an engineer reviews each finished piece from start-to-finish quality assurance tests check that everything matches up perfectly before going any further into production.

By taking extra precautions with every aspect of manufacturing Burton ensures each customer receives a high-performance product worth bragging about!

Pressing and Molding

The next step in the process of making a snowboard by Burton is pressing and molding. This stage involves shaping the board into its final form using heat, pressure, and various materials.

To begin with, a pre-cut foam core is placed inside an enclosed mold that has been specifically designed to create the desired shape. The mold may be made from aluminum or fiberglass, which are both highly durable materials that can withstand repeated use over time.

Once the foam core is placed inside the mold, it’s time for the press. A hydraulic system applies hundreds of tons of pressure uniformly across the entire surface area of the board. This causes the foam to expand outwards and conform precisely to every curve, contour, and angle within the design.

“The precise combination of temperature, pressure, and duration means each snowboard comes out looking uniquely tailored. “

In addition to creating the basic shape of a snowboard through pressing and molding techniques described above. Burton also uses advanced CNC (computer numerical control) technology to guarantee precision during cutting or drilling holes for binding plates or inserts on their snowboards.

This level of detail ensures reliable performance no matter what kind of terrain you’re riding on!

Finishing and Quality Control

Once the core of a Burton snowboard is complete, it moves on to finishing. This final step ensures that the board has a smooth surface for graphics and that the edges and base are polished to perfection.

The first part of finishing involves sanding down any rough spots left from shaping. Then, a layer of epoxy resin is applied over the entire board to create a sealed surface. Once this dries, the graphic designer can apply custom artwork using techniques like screen printing or sublimation.

The next step is quality control. Every single board goes through rigorous testing before leaving the factory. Burton’s team checks plate inserts, edge sharpness, base flatness, topsheet consistency – literally every aspect of the snowboard – before it gets approved for sale.

“Our riders trust our gear with their lives, ” says Jake Burton Carpenter, founder of Burton Snowboards. “That’s why we take each and every detail seriously. “

This attention to detail is what makes Burton one of the most respected companies in snowboarding today. Their use of cutting-edge materials and technology combined with skilled craftsmanship means that you’re getting a high-quality product every time you buy one of their boards.

So whether you’re just starting out on bunny hills or shredding expert terrain off-piste, rest assured knowing your Burton board was made with precision and care.

Sustainability Efforts

Burton is committed to making snowboards and other products while reducing their environmental impact by implementing various sustainability efforts.

One of the ways Burton ensures sustainable production is through their use of recycled materials. Their boards are made from recycled plastic bottles, which reduces waste that would otherwise end up in landfills or oceans. Additionally, they have a recycling program that allows customers to send back their old gear for recycling.

Burton also works towards reducing energy consumption throughout their supply chain. They have installed solar panels at their factories and offices, which provide renewable energy sources to power their operations. Furthermore, the company uses environmentally-friendly transportation methods such as hybrid vehicles and electric bikes.

“We recognize our responsibility as a global business to minimize our carbon footprint, ” said Donna Carpenter, CEO of Burton. “Our team is dedicated to finding innovative solutions that help reduce waste and emissions while keeping product quality intact. ”

In addition to these practices, Burton also supports organizations dedicated to preserving natural resources and fighting climate change. For example, they partner with Protect Our Winters (POW) – an organization focused on lobbying for policies that will prevent further damage to the environment from climate change and educating outdoor enthusiasts about how they can help.

In summary, Burton’s sustainability efforts ensure that you’re enjoying your ride on the mountain while minimizing any negative impact it may have had on the planet!

Recycling Programs

Burton’s commitment to sustainability extends far beyond their manufacturing process. The company has several recycling programs in place that help divert waste from landfills and reduce their environmental impact.

The Burton X Mountain Dew Bottle Recycling Program encourages customers to bring empty plastic bottles to participating ski resorts, where they can be deposited into specially marked bins. These bottles are then recycled and turned into fabric for Burton’s popular snowboard outerwear line.

“Snowboarding is all about being outside and enjoying nature, so it makes sense for us to do our part in protecting the environment. “

In addition to this program, Burton also partners with Terracycle to recycle hard-to-reduce products like bindings and boots. Customers can send these items back to Burton using a prepaid shipping label provided by Terracycle, who will then repurpose or recycle them responsibly.

Burton even recycles their own manufacturing waste through partnerships with companies like Sustainable Surf and Bureo. This includes excess materials from making snowboards as well as broken boards that cannot be repaired.

Overall, Burton’s recycling programs demonstrate their ongoing dedication to sustainability and reducing their impact on the environment throughout the entire lifecycle of their products.

Alternative Materials

While traditional snowboards are made primarily of wood, manufacturers like Burton have begun exploring alternative materials to make their boards lighter and more durable. One such material is carbon fiber.

Carbon fiber is a lightweight but incredibly strong material that is becoming increasingly popular in the snowboarding industry. It can be woven into sheets and then layered onto the board to provide strength and durability without adding weight.

Another alternative material being used by some companies is bamboo. Bamboo is eco-friendly and has natural shock absorption properties, which makes it an ideal material for snowboard cores.

“The use of alternative materials not only improves performance but also helps reduce environmental impact, making it a win-win situation for both riders and the planet. ”

In addition to using alternative materials for core construction, many companies are also experimenting with different top sheet materials. Some are integrating graphics directly onto the base layer of the board, eliminating the need for a separate top sheet altogether.

All in all, there’s no denying that advancements in manufacturing and innovative use of materials have revolutionized how snowboards are made today compared to decades ago when they were typically handmade from basic woodwork techniques. With technological improvements come new opportunities, benefits as well challenges for a sport loved by millions around the globe including Burton loyalists who enjoy nothing more than hitting fresh powder slopes on their cutting-edge equipment

Carbon-Neutral Initiatives

Burton Snowboards has been leading the snowboarding industry with their eco-friendly initiatives. They have adopted a number of carbon-neutral practices to ensure that they reduce their environmental impact.

The company strives to use recycled materials in all its products while providing top-notch performance at the same time. For example, Burton’s Mystery snowboard features a triax fiberglass shell and an ultra-thin profile core made from FSC certified trees.

In addition, Burton partnered with bluesign® technologies to evaluate and regulate its product manufacturing processes for minimal environmental impact as well as safety concerns throughout the entire supply chain.

“We are committed to sustainability in every aspect of our business, both on and off the mountain, ” says Donna Carpenter, CEO of Burton.

To further reduce emissions, Burton invested heavily in renewable energy sources mainly solar panels installed across different locations such as their headquarters located in Burlington, VT area. This initiative helps them produce cleaner power making each production highly sustainable hence contributing less pollution into the environment kept under check.

In conclusion, by implementing these environmentally conscious methods, Burton can make high-quality riding gear without harming people or nature throughout the creation process of How Snowboards Are Made Burton?

Collaborations with Pro Riders

Burton has been at the forefront of innovations and advancements in snowboarding for over four decades. One of their key strategies to maintain this position is partnering up with pro riders who help design and test new equipment.

Burton works closely with some of the top names in the sport, such as Shaun White, Danny Davis, Kelly Clark, Mark McMorris, and more. These collaborations allow Burton to engineer products that are tailored specifically to a rider’s style and preferences while catering to high-performance standards too. By working together with pro-riders, Burton gains feedback on product durability, aesthetics and overall performance – ensuring that each product meets or exceeds exacting specifications.

Their deep collaboration also extends into apparel design where they work hand-in-hand making sure gears look good even after sustained period usage along with ample protection against harsh weather conditions during rides.

In addition to using these partnerships as a way to create valuable tools like boards bindings and outerwear designed directly for elite competitions, Burton leans on its group of sponsored athletes & designers for media outreach programs including advertising campaigns spreading focus upon it’s “Winter 2021 collection” hitting up stores across continents customers expect nothing less than highest quality components composed by experienced craftsmen directing an array of experts underlining uncompromising excellence achieved throughout years representing Burton’s motto: Driven by passion pushing boundaries through innovative technology!

“Through our relationships with riders we learn what makes them tick?” said Chris Cunningham from “Burton”. “””We spend a great deal of time trying different materials and graphic compositions before honing in on something that not only looks cool but performs. ”

Custom Designs

When it comes to snowboards, Burton is a brand that is highly recognized within the industry. Their innovative designs and quality craftsmanship have made them a go-to choice for many avid snowboarders around the world. But how are Snowboards Made by Burton? Let’s dive into the process.

Burton starts with sourcing high-quality materials from different parts of the globe. The core material of their boards consists of vertically-laminated strips of wood. These cores come from responsibly managed sources such as FSC certified forests, which adds an extra layer of sustainability to their product.

The base of each board is then crafted through extrusion, where they’re molded with melted polyethylene and shaved down carefully until perfectly smooth. This process ensures quick speed on the slopes while also providing protection against damage caused by rocks or other obstacles on your ride.

Next up, Burton designs graphic templates for each board before moving onto printing. Using specialized machinery like silk-screen printers with weather-resistant inks allows not only customization but also durability in any condition – making sure every rider looks good even after a long day out in nature!

“Our aim has always been to innovate new technologies that make riders feel more comfortable and confident on their rides. “

To finish off, our top designers apply graphics using silkscreening machines with weather-resistant ink so riders look cool and stay durable even when wiping out – we’re looking at you beginners! Every design detail counts all-the-way through production, whether custom-made orders or standard stock models.

In this way, it becomes evident that Burton invests heavily in perfecting its unique designs- both aesthetically pleasing and functionally solid simultaneously- to provide customers with the best possible knowledge about How Snowboards Are Made By Burton?.

Signature Models

Burton Snowboards is known for their high-quality snowboards, and one of the things that sets them apart from other brands is their signature model program. With this program, professional riders on the Burton team get to design their own custom boards.

The process starts with a consultation between the rider and Burton’s engineers, during which they discuss what kind of board would work best for the rider’s style and preferences. The board is then designed around these specifications, with graphics chosen by the rider as well.

The actual manufacturing process of these signature models is similar to how all Burton snowboards are made. They start with a wooden core made from sustainably sourced materials like bamboo or poplar. This core is then wrapped in various layers of composite materials such as fiberglass or carbon fiber, which give the board its stiffness and strength.

“The quality difference between our boards versus those using traditional resin, ” said Chris Cunningham, Quality Control Manager at Burton Snowboards.

This layered construction method allows for a fine-tuned flex pattern that can be tailored to specific riding styles or conditions. After assembly, each board goes through rigorous testing before being shipped out to retailers and customers worldwide.

In conclusion, Signature Models are an integral part of the company culture at Burton. Not only do they provide professional riders with unique custom boards built specifically for them but also showcase Burton’s importance and excellence among world-renowned companies specializing in snowy sports equipment.

Product Testing and Feedback

Burton Snowboards is a well-known brand in the snowboarding industry. The company has been making snowboards since 1977, and they are known for their high-quality products. To ensure that they continue producing quality products, Burton puts its boards through rigorous testing.

The production process of how snowboards are made at Burton involves five stages: design, materials selection, manufacturing, assembly, and testing. During the testing phase, Burton uses various methods to test their boards’ durability, flexibility, speed, and performance on different terrains.

One method used by Burton during product testing is prototyping. It allows the engineers to create multiple prototypes with different designs or materials based on customer feedback until they find a model that works best. Additionally, riders who participate in competitions also help provide critical feedback on new boards before releasing them to customers.

“We have world-class athletes representing our brand, ” says Jake Burton Carpenter (founder of the company), “and we take their feedback very seriously. “

Another way Burton gathers customer feedback is through online reviews and social media interactions with customers. They keep track of what customers like or dislike about specific models and factor it into future planning decisions.

In conclusion, product testing is important because everyone wants a board that will last long enough while providing an enjoyable ride experience—the use of cutting-edge technology during the manufacture stage followed by extensive research ensures consistent rich quality standards set as per client satisfaction using real-time athletic feedback and recommendations from clients such as professional athletes.

Frequently Asked Questions

What materials are used to make Burton snowboards?

Burton snowboards are made using a variety of materials such as wood, fiberglass, and carbon fiber. The core of the board is typically made from wood, which provides flexibility and stability. Fiberglass is used to reinforce the board and improve its durability. Carbon fiber is incorporated into some models for added strength and responsiveness. Burton also uses eco-friendly materials such as recycled plastics and sustainable woods in some of their snowboard models.

What is the process for shaping a Burton snowboard?

The process for shaping a Burton snowboard involves several steps. First, the core of the board is shaped and cut to the desired dimensions. Then, the board is covered in fiberglass and resin, which is heated and then cooled to create a strong, durable shell. The board is then sanded and polished to remove any imperfections. Finally, the edges and base of the board are finished and tuned to ensure optimal performance on the slopes.

How are Burton snowboards designed and tested for performance?

Burton snowboards are designed using advanced computer modeling software that allows engineers to simulate different riding scenarios and test various board designs. Once a design is chosen, prototypes are created and tested by professional riders in a variety of conditions. Feedback from these riders is used to make adjustments to the design, which is then tested again until the board meets Burton’s high standards for performance and quality.

What technologies are incorporated into Burton snowboards?

Burton snowboards incorporate a variety of technologies to improve their performance and durability. Some of these technologies include Burton’s Channel system, which allows riders to easily adjust their stance and bindings

How does Burton ensure sustainability in their snowboard production?

Burton is committed to sustainability and incorporates eco-friendly materials and production processes into their snowboard production. Some of the ways they do this include using sustainably sourced wood in their cores, using recycled plastics in their bindings, and using water-based inks and solvents in their graphics. Burton also works to reduce waste and energy use in their manufacturing facilities and has set a goal to become carbon neutral by 2020.

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