Wide Snowboard Boot with BOA® Fit System. Locked and Loaded Power
Charge harder. Explore more. Stomp every move. The men's Burton Photon BOA® Snowboard Boots let you dial in a precision fit for a resp
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Wide Snowboard Boot with BOA® Fit System. Locked and Loaded Power
Charge harder. Explore more. Stomp every move. The men's Burton Photon BOA® Snowboard Boots let you dial in a precision fit for a responsive feel that encourages you to push your riding. From hike-friendly outsoles for better footing on the boot pack to our most complete cushioning and comfort for enhanced feel and control, the Photon has your back when it's time to do more on your board. It's a boot with few limits, right down to its fit and secure foot lock down that are made for riders who like to push for the edge.
Supportive and Responsive
Plenty of support and responsive feel give you that extra edge to go for it.
Micro-Adjustable Fit
A Dual-Zone BOA® Fit System lets you independently micro-adjust the fit and feel of the forefoot and upper boot to exactly how you want it.
Secure, Comfortable Fit
Boa® Lockdown feature routes lacing toward the heel for a snug, comfortable fit around the ankle and secure heel hold down.
Warm, Dry Feet
Lightweight, heat-moldable liners offer a custom fit with the tech to reflect heat and wick sweat to keep your feet warm and dry all day, all season.
Made for Wide Feet
This edition is for riders who prefer a little extra width in the forefoot.
Tech Specs
Lacing
Dual Zone BOA® Lockdown
Liner
Imprint™ 3 Liner
Inner Cuff
Focus Cuff
Outsole
Vibram® Traction Lug Outsole
Vibram® EcoStep
Warmth Features
Sleeping Bag Reflective Foil
Wide Offering
Yes
Features + Tech
ReBounce Cushioning places polyurethane foam cushioning within the shell of your boot to bring cushioning closer for an added layer of impact protection that increases performance and functionality in a wide variety of riding conditions; Heat-moldable foam cushioning contours to your foot for a custom fit and optimal performance and simultaneously accelerates the break-in process
