PNS Essential Women's Insulated Jacket Off White

The Pas Normal Studios Women’s Essential Insulated Jacket is a versatile cycling jacket designed to provide lightweight warmth and protection in cool and variable conditions. Part of the Essential collection, this Pas Normal Studios women’s cycling jacket combines a clean aesthetic with functional performance, making it suitable for everyday training rides, commuting, and layering in changing weather.

The jacket features a wind-resistant outer fabric paired with lightweight insulation to retain core warmth while maintaining breathability during efforts. Stretch panels enhance comfort and freedom of movement on the bike, while the women-specific performance fit delivers a streamlined silhouette without excessive compression. Designed to be packable and practical, the jacket can be easily layered or stored when conditions improve.

Key features

• Pas Normal Studios Women’s Essential Insulated Jacket designed for cool and variable conditions

• Lightweight insulation providing core warmth without overheating

• Wind-resistant outer fabric protecting against cold air

• Breathable construction supporting temperature regulation during rides

• Women-specific performance fit balancing comfort and on-bike efficiency

• Packable design for easy storage and layering

Performance profile

• Fit: Women’s Essential performance fit

• Conditions: Cool weather and transitional riding

• Insulation: Lightweight thermal protection

• Breathability: Balanced airflow and moisture management

Size & fit

• Women-specific performance fit designed for comfort during long rides

• Less aggressive than race-fit garments, suitable for everyday use

• Designed to layer over cycling jerseys or base layers

Composition

• Outer: Polyamide wind-resistant fabric

• Insulation: Lightweight synthetic fill

• Panels: Polyester / Elastane stretch fabric

Care & washing instructions
Machine wash cold with similar colours. Do not bleach, tumble dry, iron, or dry clean. Hang dry to maintain insulation and fabric performance.