Blue

La Sportiva Bushido Trail Running Shoes - AW17


Binding : Apparel

Product Description
La Sportiva Bushido Trail Running Shoes The Bushido provides a neutral, lightweight feel, sticky and aggressive design. It is designed for performance on technical terrains. These versatile La Sportiva Bushido running shoes have been created for a number of off-road runs such as mountain running and city park running offering a high level of stability, shock absorption and comfort. The versatile sole is ideal for all types of terrain including stone, grass, moss and mud which is ideal for running in either high humidity or on dry ground. Breathable AirMesh Upper The upper includes air mesh which includes nylon fabric woven into a breathable mesh pattern which is highly durable. It also includes thermal adhesive microfibre which protects against rubbing and abrasion, high frequency welded ripstop for the lacing which creates an equal partition of tension during training runs and TPU toe cap. The external shell in TPU wraps around the midsole to enhance stability while maintaining the weight necessary to provide an adequate structure to the shoe. The upper uses an internal slip-on construction method which fits the foot like a sock without causing excessive pressure. The lining includes mesh and no sweat lateral mesh inserts also with an air mesh tongue, which makes the Bushido very breathable. The footbed of the Bushido is 5mm Ortholite Mountain Running Egonomic which offers breathability for a cooler foot and a unique open cell structure which creates a moisture management system. The long-term cushioning of the insole will retain over 95% of its thickness over time and won't flatten out and anti-microbial agents and washable properties are used for a more hygienic shoe. The mountain running ergonomic 4mm is for performance oriented and an optimal compromise between comfort and reactivity. CMEVA Midsole The Bushido midsole is made with standard compressed moulded EVA (CMEVA). The compressed EVA gives durability and reactivity on soft ground where the ne
0