Icebug NewRun Women's BUGrip GTX

FOR WHAT:                     Running at winter roads, gravel roads and city parks.                      

WHY WE MADE IT:           To make a winter road running shoe for those looking for extra comfort.

Long description:

NewRun is the first real road running shoe from Icebug and it aims at all those that want to keep logging miles all year long. Why deviate from (or cancel!) the regular workout routine only because conditions got wintry? High comfort has been in focus when developing this shoe and then a waterproof GORE-TEX® upper crowned with the BOA® Fit System were obvious features to add. Low temperatures don’t go well with a narrow fit so the last has a roomy toe box and a straight toe line. The sole is well cushioned and its wide base both stability and long distance comfort are achieved. BUGrip outsole with dynamic carbide steel studs makes running on icy surfaces feel like a walk in a park.

Key USP features:

• BUGrip outsole with 17 dynamic carbide steel studs.
• GORE-TEX® membrane
• The BOA® Fit System
• Roomy toe box 

Sustainable highlights:

• Upper with bluesign® 100% recycled PET polyester
• GORE-TEX® lining is Bluesign® and meets Oeko-Tex® criteria
• Insock liner made of bluesign®, solution dyed, recycled polyester/ Ortholite Hybrid®
• Midsole compound made with 20% BLOOM® foam EVA

Tech spec:

Upper                   Bluesign® and 100% recycled GRS certified PET polyester. Protective TPU mudguard.

Lining                   GORE-TEX® Extended Comfort. Bluesign® and Oeko-Tex 100 certified textile.

Lacing                  The BOA® Fit System

Insock                  Ortholite Hybrid®, bluesign®, solution dyed and GRS certified 100% recycled Polyester 

Midsole                Lightweight EVA with 20% BLOOM® foam

Outsole                BUGrip®, 17 carbide studs and rubber

Weight                  320gr (US 9)/ 275gr (USL7,5)

Size                      US 7-13 (40-47) / USL 5,5-USL 10,5 (36-42)

Torsion                  Medium

Drop                     7mm

Cushioning            Full

Last                      Medium