Men's approach shoes Millet Cimaï offer precision and grip on rocky terrain. The climbing zone and Vibram sole allow you to move confidently even on uneven surfaces. Comfort and lightness are provided by the anatomical insole and foam in the midsole.
Basic data
Product details
Outsole
Protection
Warnings and producer's data
Men's Millet Cimaï dorite approach shoe (MIG1930_N9904)
Men's approach shoes Millet Cimaï dorite are an advanced model dedicated to mountain hiking enthusiasts who are looking for sturdy footwear for challenging routes. These shoes have been designed to provide comfort and support during long walks on uneven terrain.
Construction specifics
The Millet Cimaï dorite approach shoes feature a full rand, which increases their resistance to mechanical damage and provides additional foot protection. Thanks to the use of Vibram® technology, the sole guarantees optimal grip on various surfaces, which is crucial during climbing on rocky terrain. The low height of the collar allows freedom of movement, which is important during dynamic approaches.
Materials and technologies
The Millet Cimaï dorite shoes use EVA technology, which is responsible for cushioning, reducing shocks, and improving user comfort. These shoes do not have insulation or waterproofing, making them primarily suitable for dry weather. Their breathability ensures proper thermal comfort during intense physical effort.
User comfort
The weight of one shoe, 400 g, makes them relatively light, which translates into less foot fatigue during long hikes. The lacing system allows precise adjustment of the footwear to the foot, which is important for stability and comfort.
Summary
Men's approach shoes Millet Cimaï dorite are an excellent choice for those who value durability and functionality in demanding conditions. The Millet brand, known for producing high-quality mountain equipment, guarantees the solidity and reliability of this model. Thanks to their properties, these shoes are ideal for mountain adventure enthusiasts looking for proven solutions on the trail.