
Shirt
MODEL: GS80 1747 1000
COLOUR: 1000
MATERIAL: 45% Cotton, 55% Linen
The Shirt by Marc Point in 1000 features classic shirting through cotton-linen blend fabric. The material composition provides natural breathability and textural interest while ensuring comfortable wear. The 1000 colorway offers clean versatility for warm-weather styling.
This shirt represents Marc Point's approach to essential menswear with natural fiber focus. The cotton-linen blend balances comfort and structure while developing natural softness through wear, resulting in a shirt that combines timeless design with practical functionality and seasonal wearability.
Original: $654.13
-65%$654.13
$228.95More Images




Shirt
MODEL: GS80 1747 1000
COLOUR: 1000
MATERIAL: 45% Cotton, 55% Linen
The Shirt by Marc Point in 1000 features classic shirting through cotton-linen blend fabric. The material composition provides natural breathability and textural interest while ensuring comfortable wear. The 1000 colorway offers clean versatility for warm-weather styling.
This shirt represents Marc Point's approach to essential menswear with natural fiber focus. The cotton-linen blend balances comfort and structure while developing natural softness through wear, resulting in a shirt that combines timeless design with practical functionality and seasonal wearability.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
MODEL: GS80 1747 1000
COLOUR: 1000
MATERIAL: 45% Cotton, 55% Linen
The Shirt by Marc Point in 1000 features classic shirting through cotton-linen blend fabric. The material composition provides natural breathability and textural interest while ensuring comfortable wear. The 1000 colorway offers clean versatility for warm-weather styling.
This shirt represents Marc Point's approach to essential menswear with natural fiber focus. The cotton-linen blend balances comfort and structure while developing natural softness through wear, resulting in a shirt that combines timeless design with practical functionality and seasonal wearability.























