Burton, a leading American brand in snowboarding equipment, approached MM DESIGN to create a new boot with specific technical requirements. Reactor is a snowboard boot designed by MM Design for Burton. The brief was to create a boot built for snowboarding rather than adapted from ski gear.
Among the many specialized boots for skiing and ski touring, nothing had been designed specifically for snowboarding. Starting from specific design requirements, together with technical input from Burton’s competition advisors, research considered a range of elements, from technical and functional features to material and mechanism performance. From this, designers arrived at a product that would meet the expectations of the largely young clientele the boot was designed for.
The result was a very elastic form that binds the foot and gives a feeling of enveloping lightness and practicality, making it possible to transmit body movements more accurately to the board. The distinctive features of the shape are a highly angled heel and toe, which adapt better to the newer generation of narrower boards. The shape is sculpted to the foot, highlighting the areas most involved in movement, such as the forefoot, heel, and tibia. Two product ranges are available. First, “Reactor,” for professionals and advanced athletes, with four closure devices and a rigid cuff for better support. “Reactor” also has canting and a rear inclination adjustment and release mechanism, so the boot can be used at rest like a normal shoe.
Second, “Shadow,” for beginners and intermediate riders, with three closure devices and a soft cuff with a rear loosening mechanism. The inner boot was carefully designed for excellent comfort, with leather introduced in the uppermost part, where it meets the leg, giving the product a more natural look.
The colours and designs reflect the character of the riders the boot is aimed at, while staying in line with Burton’s brand guidelines. Other projects have grown from the collaboration between MM DESIGN and BURTON, the latest including a new competition binding, previewed at this year’s winter ISPO.
The punching and bending technology also allowed us to produce the front caps and the ground contact point in a single piece. The caps fit into the shell of the boot and support the rider's body, while the contact point adjusts in length to suit different boot sizes.
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The Ecosystem for Value Creation
in collaboration with EAS, EAS Engineering & Golden Group
14 October 2026
Via Lago di Lugano, 21, Schio (VI) | Confindustria Vicenza
