Dames boxer Sensor Merino Active Boyshort - lila

Forget ordinary cotton underwear that clings and chafes during movement. The Ladies' Boxer Sensor Merino Active Boyshort in Lilac combines the natural performance of fine Merino wool with a secure, athletic fit that stays put whether you're on a trail run, at the gym, or simply navigating a busy day. The 18.5-micron fibers are exceptionally soft against the skin, while the 160 g/m² fabric weight offers just the right balance of coverage and breathability for all-season comfort.

Highlights

• 100% Merino wool construction for superior moisture management and odor resistance
• Flatlock seams eliminate chafing and irritation during high-movement activities
• Elasticated waistband provides a secure, non-binding fit
• Naturally thermoregulating and quick-drying for all-day freshness
• Hypoallergenic and gentle on sensitive skin

In daily use

These boyshorts are engineered for women who demand more from their base layer. The athletic fit offers full coverage without restricting movement, making them ideal for yoga, hiking, cycling, or everyday wear. Merino wool's natural ability to wick moisture away from the skin keeps you dry and comfortable, while its odor-resistant properties mean you can wear them longer between washes. The soft, breathable fabric feels luxurious against the skin, and the lilac color adds a subtle touch of style.

Full specifications

• Product type: Women's underwear
• Style: Boyshort / Boxer brief
• Material: 100% Merino wool
• Fabric weight: 160 g/m²
• Fiber diameter: 18.5 micron (fine Merino)
• Fit: Athletic
• Seams: Flatlock
• Waistband: Elasticated
• Color: Lilac
• Seasonality: All-season
• Care: Machine wash cold, do not bleach, tumble dry low, do not iron, do not dry clean
• Features: Breathable, moisture-wicking, odor-resistant, thermoregulating, quick-drying, hypoallergenic, natural UV protection

Final note

Experience the difference of natural performance with Merino wool—comfort that moves with you, from morning workouts to evening relaxation.