Salomon - Kiana Dual BOA

C$459.95
1 In stock
Lace up and level up!

Lace up and level up—because the Salomon Kiana Dual BOA Snowboard Boots are here to fuel your stoke and take your riding to new heights. Built with a dual BOA® system for quick, glove-friendly adjustments and a smooth flex that balances comfort with control, these boots are perfect for women ready to shred everything from groomers to pow laps. Stylish, supportive, and adventure-ready, the Kiana is your all-day, all-mountain partner-in-crime—so grab your crew and get out there!

 

Product Details

Flex

Medium Flex – Medium Flex is adapted to riders that want to feel good on all terrain types, for all riding styles.

Fit

Fit to Ride – FTR construction is 10% lighter and 10% more compact without sacrificing comfort or durability. With 1:1 lasting every half size change in liner gets a half size change in shell.

Precision Heel Harness – An internal harness integrated into the lacing system that wraps the forefoot, locking down the heel and ankle for ultimate support and a fully-enveloped, articulated fit.

Liner

Response Liner – A fully heat moldable liner with Ultralon foams that offer support and comfort where you need it most. Equipped with Quickdry insoles to keep your feet warm and dry.

Full Custom Fit – Heat moldable multi-density foams throughout the entire liner.

Lacing System

H4 /M+2 Dual Zone BOA – Two separate dials and lace paths work with the boot’s cuff to isolate fit into two distinct zones. The upper zone dials in flex and stability, the lower zone locks the forefoot.

TX3 BOA® Lace – The TX3 BOA® Lace is a flexible, low-friction textile lace adapted to many fit configurations.

Footbed

Ortholite C2 Footbed – A dual density insole that molds to your foot for all day comfort.

Quickdry Insole

Sole

DampLite+ – The perfect mix of non-slip rubber and an ultra-cushioning EVA mixture.

Contagrip® Rubber – Salomon's patented non-marking, super durable outsole with strategic-placed high-density compounds in areas that are prone to wear. Lower-density compounds are placed throughout to offer more flexibility and grip.