Atomic Hawx Prime 110 BOA Ski Boots - Men's
The Atomic Hawx Prime 110 BOA is a high-performance all-mountain ski boot built for intermediate to advanced skiers seeking the ideal combination of comfort, precision, and power. Featuring a versatile 100mm medium-volume last and a responsive 110 flex, this boot delivers confident performance across groomers, variable snow, and challenging terrain while maintaining all-day comfort.
The innovative BOA® Fit System provides micro-adjustable precision and a secure, even wrap around the lower foot for enhanced comfort and control. Atomic's lightweight Prolite construction reinforces critical areas of the shell to maximize power transfer without adding unnecessary weight. Combined with Mimic liner technology and Memory Fit customization, the Hawx Prime 110 BOA offers a personalized fit and responsive feel that helps skiers perform their best in any mountain conditions.
Features
- 110 Flex Rating
- Responsive 110 flex delivers a balance of comfort, control, and performance for strong intermediate and advanced all-mountain skiers.
- 100mm Medium-Volume Last
- Versatile medium-width fit provides an excellent combination of comfort, precision, and all-day support.
- BOA® Fit System
- Micro-adjustable BOA closure creates an even, secure wrap around the lower foot for improved fit, comfort, and energy transfer.
- Prolite Construction
- Lightweight shell and cuff design reinforced in key structural zones for powerful skiing performance with reduced weight.
- Mimic Technology Liner
- Heat-moldable Mimic liner adapts to the unique shape of the foot and ankle for a customized fit and enhanced comfort.
- Memory Fit Customization
- Advanced heat-fitting technology customizes the shell and cuff to your anatomy for improved comfort, precision, and performance.
- All-Mountain Performance
- Designed to excel across a variety of terrain and snow conditions, from groomed runs to off-piste adventures.
- Enhanced Foot Hold
- BOA technology improves shell wrapping and pressure distribution, reducing hot spots while increasing responsiveness and control.