Classic Polo

$163 CAD

Timeless in style, modern in performance—the Classic Polo in Black is your go-to piece for effortless transitions on and off the course. Designed with a refined jacquard stripe pattern on the collar and sleeve rib, it delivers just the right amount of detail while keeping your look clean and elevated. Whether you're locking in on the fairway or heading out for the day, this polo fits the moment.

Color
Black
Size

Classic Polo

Timeless in style, modern in performance—the Classic Polo in Black is your go-to piece for effortless transitions on and off the course. Designed with a refined jacquard stripe pattern on the collar and sleeve rib, it delivers just the right amount of detail while keeping your look clean and elevated. Whether you're locking in on the fairway or heading out for the day, this polo fits the moment.

ID: MPL10084004
Coolmax: 57% , Sorona: 43%
Regular-fit polo shirt with a two-button placket and a straight hem. Model is 6'1" and 175 lbs. He is wearing a medium in tops and 32" in bottoms.

Complimentary shipping on orders over 150 USD. For orders outside of the US, duties will be calculated at checkout.
Coolmax & Sorona Pique

Our COOLMAX and Sorona®polyester pique combines advanced technology and eco-conscious innovation, making it a standout in performance textiles. At 165 GSM, this lightweight pique fabric is designed for both comfort and functionality, offering a modern solution for activewear and casual apparel. The fusion of COOLMAX and Sorona®ensures the perfect balance between breathability, durability, and sustainability.

  • Coolmax®HT
  • Sorona®HT
  • UPF 50+
  • Moisture-Wicking
  • 4-Way Stretch
  • Oeko Tex
  • Washing: Machine wash in cold water using a gentle cycle and mild detergents. Avoid bleach and harsh chemicals.
  • Drying: Tumble dry on low or line dry to preserve fabric stretch and texture.
  • Ironing: Use a low-heat setting if needed, but avoid direct heat to maintain the integrity of COOLMAX and Sorona®fibers.
  • Avoid Fabric Softeners: These may coat the fibers, reducing moisture-wicking efficiency.