SHIMANO S-Phyre Leggera short sleeve jersey

Бестселлер
124332062
72 720 AMD
Цвет:
Размер:L
  • Бренд Shimano
  • Доставка из Испании
  • Курьер DHL 10 июня
  • Стоимость доставки заказа в Армению от 59 115 AMD

Сроки доставки указаны ориентировочно и зависят от региона доставки. Подробнее на этой странице

Характеристики

Дизайн

Цвет
Синий
Размер
L

Прочие свойства

Бренд
Shimano

Описание

Our Definitive Racing Jersey Designed To Excel At Elevated Temps And Efforts. Features: - Sleek, anatomic fit with a racy collar design inspired by professional teams´ summer climbing jerseys. - Set-in sleeves and special back yoke snugly embrace the body to reduce wrinkles. - Light and airy 85% recycled polyester jersey material supports high performance in hot temps. - Meshy side panels made from breathable 88% recycled polyester helps vent excess heat. - Longer sleeves made with closely knit mesh comfortably support the arms. - Stretchy and lightweight silicone-infused rear hem provides an unparalleled fit that stays put. - Flat-lying pockets with elastic inner flap keep contents secure while maintaining easy access with gloves. - Light and stretchy mesh layer beneath back pockets for extra breathability. - Metallic S-PHYRE logo on the chest and rear reflective elements for low-light visibility. Specifications: - Main body: 85% Recycled polyester, 15% Elastane; Insert: 88% Recycled polyester, 7% Elastane, 5% Polyester; Inner pocket: 100% Polyester - Warm Condition 15 - 25°C / 59 - 77°F: Yes - Hot Condition 25 - 35°C / 77 - 95°F: Yes Technology: - The refreshed S-PHYRE LEGGERA SHORT SLEEVE JERSEY race-fit jersey was inspired by the Cannondale Pro Cycling Team´s summer climbing jerseys. We designed it to make full use of advanced technical fabrics primarily sourced from recycled yarns. Its sleek, racing fit features set-in sleeves and a special back yoke pattern that snugly embraces the body to reduce wrinkles and improve airflow over the shoulders. - Light and airy 92% recycled polyester jersey material supports high performance in hot temperatures.