Ortovox Bluza Snowmobil Base Layer 230 Competition Long Sleeve Black Raven

MAXIMUM FREEDOM OF MOVEMENT ON COLD DAYS
Close-fitting, seamless, very breathable long-sleeve merino top for midwinter tours
Highlights

Body mapping: different material strengths at different areas of the body
Produced using a seamless circular knitting technique
Extremely breathable, quick drying and very durable

The 230 COMPETITION LONG SLEEVE for men helps you deliver top sporting performance with a whole new look – whether you’re on a ski tour, freeriding, or on a high alpine tour.

The 230 MERINO COMPETITION line is produced using a seamless circular knitting technique so that when the weather gets cold and the going gets tough, every area of the body is covered by the right thickness of merino wool. The basic ribbed structure consists of 190 g/m² merino, giving the functional shirt elasticity for maximum freedom of movement. A particularly breathable mesh structure is used in heat spots, while 240 g/m² wool warms areas that are sensitive to the cold, such as the kidneys. This body-mapping principle allows for a close fit while providing maximum ventilation. At just 16.5 microns in diameter, the delicate merino fibers feel pleasantly soft against the skin and at the same time make the functional shirt quick-drying and very durable.

The new color gradient from light to dark is created by knitting in mottled yarn and gives the functional shirt a special pattern thanks to the body-mapping structure. This puts the 230 COMPETITION LONG SLEEVE for men out in front when it comes to looks, too!
Area of usage
Climbing 1/5
High Alpine 4/5
Alpine 2/5
Ski Tour 5/5
Freeride 5/5
Material properties

Highly breathable
Quick drying
Very elastic
Merino Bodymapping
Very resistant and durable

Material

To the material dictionary

57 % virgin wool (OWP-MERINO) + 41 % polyamide + 2 % elastane
Merino Inside

Our sustainable MERINO WOOL comes from monitored, ethical sheep farms. It is comfortably soft, easy to care for, and provides an optimum body climate thanks to its moisture- and temperature-regulating properties.