DALBELLO IL MORO MX 90 2019 SKI BOOT

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  • Regular price $399.99


This boot is a great choice for intermediate to advanced riders who want to ski the park and the whole mountain with a wider last.

The IL Moro MX 90 features a 103 mm fit last, and utilizes similar performance technologies found in Dalbello’s 3-piece Cabrio architecture, Contour 4 Fit Technology and a modern, Center Balanced “Rocker” Stance. This boot is a great choice for intermediate to advanced riders who want to ski the park and the whole mountain. Its highly cushioned Trufit Sport innerboot provides all day comfort and warmth.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

CABRIO DESIGN

This unique construction combines a 3 piece construction assembly.

The Cabrio design is a 3 piece construction - shell/cuff/tongue – that comfortably secures the foot and lower leg while optimizing smooth and progressive flexibility. Dalbello’s Cabrio models provide the ultimate in responsive performance to ski your best.

LOW CUFF HINGE POINT

High leverage cuff assembly with hinge points mounted approximately 10 cm lower than standard construction boot designs.

The LOW HINGING CUFF permits the boot cuff to more easily follow the natural anatomic movement of the skier’s legs because it has a longer range of forward and rearward hinging motion. For more efficient walking and gliding. Increased power and control with less energy.

SHOCK ABSORPTION

For enhanced shock absorption on big air landings or on hard snow surfaces.

Landing Gear footboard is a full lenght vibration absorbing urethane innerboot platform that is positioned inside the bootshell, under the foot. Closed cell construction will not compress or lose its shock absorbing properties.

CONTOUR 4

Exclusive Dalbello construction technology that maps the anatomical contours of the foot.

Contour 4 creates subtle “comfort zones” at 4 critical fit points: ankle, heel, 5th metatarsal, & navicular. Relief contours molded into the inside lower shell at these 4 points provide a close and accurate fit and minimize the need for shell modifications.