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From $24.06
Original: $80.19
-70%Merino Blend 125 Cool-Lite Speed Tank Motion AOP - Womens—
$80.19
$24.06The Story
The Merino Blend 125 Cool-Lite™ Speed Tank Motion AOP is icebreaker’s lightest, most breathable performance top, made entirely of Cool-Lite™ eyelet mesh for unparalleled ventilation and temperature regulation. Ideal for running and other high-intensity pursuits in warm conditions, this tank's Cool-Lite™ eyelet mesh fabric uses an airy blend of TENCEL™ Lyocell and merino wool fibres to keep you cool when you’re on the move. Offset flatlock seams enhance fit and help reduce friction, while 360° reflective details keep you visible in low light conditions. The photographic all-over print references the glacial river deltas of New Zealand, where the land transitions into the sea.
Soft merino wool and TENCELâ„¢, a sustainable plastic-free lyocell, combine to create icebreaker Cool-Liteâ„¢, a lightweight, breathable and quick drying fabric.Inspired by nature, icebreaker harnesses the performance qualities of natural fibres to offer an alternative to clothing based on petrochemical synthetics.
Description
The Merino Blend 125 Cool-Lite™ Speed Tank Motion AOP is icebreaker’s lightest, most breathable performance top, made entirely of Cool-Lite™ eyelet mesh for unparalleled ventilation and temperature regulation. Ideal for running and other high-intensity pursuits in warm conditions, this tank's Cool-Lite™ eyelet mesh fabric uses an airy blend of TENCEL™ Lyocell and merino wool fibres to keep you cool when you’re on the move. Offset flatlock seams enhance fit and help reduce friction, while 360° reflective details keep you visible in low light conditions. The photographic all-over print references the glacial river deltas of New Zealand, where the land transitions into the sea.
Soft merino wool and TENCELâ„¢, a sustainable plastic-free lyocell, combine to create icebreaker Cool-Liteâ„¢, a lightweight, breathable and quick drying fabric.Inspired by nature, icebreaker harnesses the performance qualities of natural fibres to offer an alternative to clothing based on petrochemical synthetics.
