Womens Denim

20 Items
Black Jet Set Jean Product Flat
6 Colors
Complimentary Hemming
D045 Roper Jean Product Flat
3 Colors
Model standing with hands on hips wearing black tank and black jeans with belt
6 Colors
Complimentary Hemming
M083 Jet Set Jean Product Flat
6 Colors
Complimentary Hemming
Model posing against a textured wall wearing jet set jeans with a white button-down shirt
6 Colors
Complimentary Hemming
Womens Denim

About the Collection

Buck Mason women’s denim is built around timeless fits, durable construction, and easy everyday wear. From high-rise straight-leg jeans to wide-leg and slouchy silhouettes, the collection is designed to offer structure, comfort, and character in equal measure. Whether it’s classic denim or Japanese selvedge, these are the kinds of jeans made to break in well and stay in rotation for years.

FAQ

What styles of Buck Mason women’s denim are available?

Our women’s denim comes in a range of signature fits, including Original, Jet Set, Roper, and Off Duty. From straight-leg and wide-leg silhouettes to slouchier, more relaxed shapes, each style is designed with its own point of view and an easy, flattering fit.

How do Buck Mason women’s jeans fit?

Our women’s jeans are designed around distinct silhouettes, from high-rise straight-leg fits to relaxed wide-leg and slouchy styles. Whether the preference is more fitted through the waist or easier through the leg, each pair is built to feel comfortable, flattering, and easy to wear.

What is Buck Mason women’s denim made of?

Our women’s denim includes durable, well-made constructions designed for structure, character, and everyday wear. Select styles are made from Japanese Loomstate Selvedge denim, while the broader collection is built to balance clean lines, lasting quality, and a broken-in feel over time.

Which Buck Mason women’s jeans are best for everyday wear?

Straight-leg styles like the Original Jean are easy everyday staples, while Jet Set offers a more relaxed wide-leg shape and Off Duty leans more casual and slouchy. Each one is designed to become a regular part of the rotation.