Sneaker Shoelaces

Premium Sneaker Shoelaces: Customize, Upgrade, and Restore Your Kicks

Your sneakers are an expression of your style, but the factory laces are just the beginning. Whether you’re looking to add a waxed finish to your Jordan 1s, swap in reflective rope laces for a late-night run, or find the perfect flat replacementfor your classic Dunks, our collection is engineered for durability and the perfect 'hang.' Explore lengths from 40cm to 180cm in premium cotton, polyester, and luxury leather finishes.

2 Items

What length shoelaces do I need for my sneakers?

The most accurate method is to measure your original laces. If that isn't an option, use the eyelet pair count as a guide:

  • 4-5 eyelets: 69-91 cm (27-36")
  • 6-7 eyelets: 114-137 cm (45-54")
  • 8-10 eyelets: 160-182 cm (63-72")

Note: High-top models like Jordan 1 Highs typically require at least 182cm (72") if you intend to lace them to the top eyelet.

Flat vs. Rope vs. Oval: Which is right for me?
  • Flat Laces: The standard for most lifestyle sneakers like Air Force 1s and Vans. They provide a clean, classic profile and stay tied easily.
  • Rope Laces: Popular in "hype" releases (like Yeezys) and hiking-inspired sneakers. They are durable and fill out the shoe’s silhouette.
  • Oval Laces: Found primarily in performance running and basketball shoes. Their rounded shape flattens when tied, creating a high-friction knot that won't come undone during exercise.
Why should I choose waxed sneaker laces?
Waxed laces are treated with a thin paraffin layer that provides a subtle sheen and prevents the lace from fraying or picking up dirt. This makes them ideal for leather sneakers, as the wax makes the laces water-resistant and easier to clean.
How do I stop my sneaker laces from fraying?
Fraying usually starts at the aglet (the tip). Upgrading to laces with metal aglets or reinforced plastic tips ensures the ends won't crack or split. Additionally, using the correct length prevents excess lace from dragging on the ground, which is the leading cause of fiber damage.
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