LEISURE LAB Oaxaca Shirt
LEISURE LAB
$165.00
Product Insights & Style Tips
The Oaxaca Shirt from LEISURE LAB channels sun-kissed ease with an easy vacation-ready silhouette. Subtle all-over embroidery adds texture without overpowering the clean line, while a classic camp collar keeps things breezy. The fabric is a breathable 87% cotton, 13% linen blend, delivering a light hand and a sun-washed depth in Clay or Moonstone shades.
Its relaxed silhouette, with a button front and camp collar, plus custom made buttons, drapes comfortably over the frame and layers with ease over tees or under a light jacket. The fabric's breathability keeps you cool while the clean finish back yoke and premium hems hold a tidy line through the day. It pairs with the matching Oaxaca Shorts for a coordinated look, or with jeans for a laid-back city set. The model is 6'1" and wears a Size 2 (M), giving a sense of the easy, roomy fit.
LEISURE LAB's Los Angeles roots shine through the careful details and premium finish, a modern mood that sits at the crossroads of resort wear and city ease. In this season's love of matching sets, the Oaxaca Shirt lines up with the Oaxaca Shorts for a cohesive take on warm weather dressing.
Materials / Fabrication
- Fabric: 87 percent cotton, 13 percent linen
- Breathable cotton-linen blend
- Subtle all-over embroidery
- Camp collar
- Custom made buttons
- Premium finish hems
- Clean finish back yoke
- Designed and manufactured in Los Angeles
- Available in softly heathered shades Clay and Moonstone
- Natural depth that feels sun-washed and effortless
Recommended Care
- Machine wash cold on gentle with similar colors
- Tumble dry low or line dry to minimize wrinkles
- Iron on low heat or use a steamer to release wrinkles
- Avoid high heat and chlorine bleach
Fit Notes
- The camp collar and button-front closure define a classic shirt silhouette for easy layering.
- Made from an 87% Cotton 13% Linen blend, the fabric is breathable and light for warm weather.
- Subtle embroidery adds texture and premium detailing without altering the overall shape.
