Arc'teryx Gray Sylan 2 Sneakers
Arc'teryx
$220.00 31% OFF
$152.00
Product Insights & Style Tips
Arc'teryx Gray Sylan 2 Sneakers embody city-ready minimalism with a technical edge. The low-top upper pairs mesh and jersey for breathability and a lightweight feel, while bonded trim keeps the lines clean and tough. A lace-up closure, elasticized collar, and a tongue badge deliver a secure, easy wear, and the outer side logo graphic anchors its brand-nerdy cool in graphite tones that read as versatile streetwear.
Underfoot, a rockered foam midsole houses a carbon-fibre plate that delivers stable, responsive support through the day. The Vibram Megagrip outsole with LITEBASE technology provides grip across urban terrain, rain-slick sidewalks, or a longer walk between appointments. Jersey lining and breathable mesh keep feet comfortable, while the lace system lets you dial in the hold for a snug run or a more relaxed stride. The elasticized collar eases on and off, making transitions between transit, desk, and weekend plans feel effortless.
As Arc'teryx expands its footprint in city-ready footwear, the Gray Sylan 2 sits at the intersection of performance and street style. It nods to the brand's technical DNA while staying quietly versatile—pair it with tapered denim, athleisure joggers, or even a sleek skirt for a hard-edged, all-day look.
Materials / Fabrication
- Low-top sneakers in mesh and jersey
- Bonded trim throughout
- Lace-up closure
- Logo patch bonded at tongue
- Logo graphic and text printed at outer side
- Elasticized collar
- Jersey and mesh lining
- Carbon-fibre plate at rockered foam midsole
- Treaded Vibram® Megagrip sole with LITEBASE technology
- Supplier color: Graphite/Graphite
Recommended Care
- Spot clean with a damp cloth and mild soap; avoid harsh detergents that can degrade mesh and jersey.
- Do not machine wash or tumble dry; air dry away from direct heat and sunlight.
- Avoid soaking to protect bonded trims and carbon-fibre plate.
- Store in a cool, ventilated area to prevent odor and material degradation.
