Arc'Teryx Sylan 2 Running Shoe
Arc'Teryx
$220.00
Product Insights & Style Tips
The Arc'Teryx Sylan 2 Running Shoe channels speed with a featherweight silhouette and a flexible mesh upper that moves with you. Its high-traction sole anchors trails with confidence, while a responsive supercritical foam compound returns energy and reduces fatigue. The rocker-shaped midsole nudges you forward from heel strike to toe-off, delivering a smooth, agile ride across varied terrain.
Lightweight cushioning meets streamlined comfort in a lace-up profile that keeps a secure, snug feel without weighing you down. The design supports stability on hills and uneven surfaces, adapting as you shift from ascent to descent. With a textile and synthetic upper plus a durable synthetic sole, this shoe pairs a minimal footprint with serious performance for long miles and quick tempo sessions alike.
Arc'Teryx continues to fuse technical rigour with everyday reliability, making the Sylan 2 a natural partner for trail days that blend tempo runs with rugged terrain. Style it with technical tights or layered outdoor-wable pieces for a look that reads purpose-driven rather than ornate, aligning with the brand’s commitment to gear that performs as hard as it looks.
Materials / Fabrication
- Textile and synthetic upper
- Durable synthetic sole
- High-traction outsole
- Lightweight cushioning with supercritical foam
- Rocker-shaped midsole for forward propulsion
- Lace-up profile for secure, snug fit
- Featherweight silhouette designed for trail and tempo running
Recommended Care
- Wipe clean with a damp cloth after use to remove debris
- Avoid submerging in water or machine washing
- Air dry away from direct heat or strong sunlight
- Store in a cool, dry place with laces loosely tied to maintain shape
Fit Notes
- Lace-up closure allows adjustable fit for a secure feel across the flexible mesh upper.
- Textile lining with a textile and synthetic upper keeps the shoe lightweight and breathable.
- Rocker shaped midsole with responsive foam promotes forward propulsion and energy return on varying terrain.