Salomon Echo Dual Boa Wide Mens Snowboard Boots Black

The Echo Dual BOA® Wide Boot delivers premium all-mountain versatility, built for riders who demand precision, comfort, and performance — especially those with wider feet. Designed for advanced to expert snowboarders, it blends responsive support with eco-conscious materials, creating a powerful yet comfortable ride across all terrain and conditions.

Key Features:

• Best For: All-Mountain, Freeride

• Rider Level: Advanced to Expert

• Flex: Medium–Stiff

• Width: Wide

Fit & Lacing System:

• Dual Zone BOA®: Two independent dials allow for customized upper and lower zone adjustments — delivering a locked-in, stable fit with easy micro-adjustability.

• H4 / M3 Dual Zone BOA® + TX3 Laces: Durable, low-friction textile laces designed for smooth operation and long-lasting performance.

• Precision Harness™: Internal harness integrated with the lacing system secures the heel and ankle for optimal support and articulation.

Liner & Comfort:

• Precision Liner: Fully heat-moldable with a foam ankle wrap for customised comfort, support, and warmth.

• Full Custom Fit™ Foam: Multi-density foams throughout the liner provide a tailored fit and enhanced responsiveness.

• Relief™ Insole: Made with 100% natural wool and 86% recycled foam for warmth and cushioning; strategically placed pads absorb shock.

• Quickdry Insole: Speeds up drying time to keep your feet dry and comfortable all day.

Construction & Materials:

• Upper: Synthetic / Textile

• Lining: Textile

• Outsole: Rubber

• Inlay Sole: Textile

• FTR / 1:1 Construction: 10% lighter and more compact without compromising durability; shell sizing precisely matches liner sizing for consistent fit.

Traction & Performance:

• contaGRIP® Rubber Outsole: Delivers exceptional grip and stability in all snow conditions.

• MTN GOAT Outsole: Features 30% natural rubber and a soft Fuze Surge midsole for enhanced comfort, rebound, and eco-friendly performance.

Sustainability:

• Constructed with recycled and bio-sourced materials for reduced environmental impact without sacrificing performance or durability.