Burton Photon BOA Men's Snowboard Boots 2025
The Photon Snowboard Boot from Burton is one of our favorite hard-charging options for riding any terrain, from poppy booters to tight tree turns. This medium-stiff boot has just enough give for freestyle play, and it excels in zones where we need reactive response. Gripping and ripping icy parking lots and steep bootpacks, the Vibram EcoStep outsole lets us move off-board with confidence. And with Burton's impact-absorbing EST Optimized midsole, even this more aggressively flexed boot offers a smooth, cushioned ride.
Details
- Get after every zone at the resort with this responsive all-mountain boot
- Speed Zone lacing offers quick adjustments in a traditional package
- Hard-charging medium-stiff flex for more aggressive riders
- Heat-moldable liner with Focus Cuff for boosted response on the ride
- High-traction rubber sole boosts board grip and uses recycled rubber
- EST-optimized midsole improves board feel by lowering center of gravity
Original: $329.95
-70%$329.95
$98.98Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Photon Snowboard Boot from Burton is one of our favorite hard-charging options for riding any terrain, from poppy booters to tight tree turns. This medium-stiff boot has just enough give for freestyle play, and it excels in zones where we need reactive response. Gripping and ripping icy parking lots and steep bootpacks, the Vibram EcoStep outsole lets us move off-board with confidence. And with Burton's impact-absorbing EST Optimized midsole, even this more aggressively flexed boot offers a smooth, cushioned ride.
Details
- Get after every zone at the resort with this responsive all-mountain boot
- Speed Zone lacing offers quick adjustments in a traditional package
- Hard-charging medium-stiff flex for more aggressive riders
- Heat-moldable liner with Focus Cuff for boosted response on the ride
- High-traction rubber sole boosts board grip and uses recycled rubber
- EST-optimized midsole improves board feel by lowering center of gravity
