Wythe Raindrop Trousers
The new ONS Wythe Raindrop Trousers blend relaxed comfort with refined style. Crafted from 100% pure cotton and treated with an enzyme wash process, they feature a modern wide-leg silhouette in a distinctive faded palette. Luxuriously soft from the first wear, the easy-to-coordinate fade color simplifies polished styling. All-day comfort meets effortless versatility, from casual outings to smart-casual occasions.
Details
● Category: Men’s Trousers / Wide‑Leg Pants
● Fit: Relaxed
● Fabric: 100% Cotton Twill
● Weight: Mid
● Color: Faded finish
● Occasion: Casual, smart‑casual
● Care: Machine wash cold, pre‑shrunk
| 29 | 30 | 31 | 32 | 33 | 34 | 36 | |
| Waist | 31" | 32" | 33" | 34" | 35" | 36" | 38" |
| Inseam | 30" | 30" | 30" | 30" | 30" | - | - |
| Inseam | - | - | - | - | - | 32" | 32" |
| Leg opening | 15 1/4" | 15 1/2" | 15 3/4" | 16" | 16 1/4" | 16 1/2" | 17" |
| *The chart is for reference only, allowable devitation depending on your measurement method |
Original: $10.08
-65%$10.08
$3.53Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The new ONS Wythe Raindrop Trousers blend relaxed comfort with refined style. Crafted from 100% pure cotton and treated with an enzyme wash process, they feature a modern wide-leg silhouette in a distinctive faded palette. Luxuriously soft from the first wear, the easy-to-coordinate fade color simplifies polished styling. All-day comfort meets effortless versatility, from casual outings to smart-casual occasions.
Details
● Category: Men’s Trousers / Wide‑Leg Pants
● Fit: Relaxed
● Fabric: 100% Cotton Twill
● Weight: Mid
● Color: Faded finish
● Occasion: Casual, smart‑casual
● Care: Machine wash cold, pre‑shrunk
| 29 | 30 | 31 | 32 | 33 | 34 | 36 | |
| Waist | 31" | 32" | 33" | 34" | 35" | 36" | 38" |
| Inseam | 30" | 30" | 30" | 30" | 30" | - | - |
| Inseam | - | - | - | - | - | 32" | 32" |
| Leg opening | 15 1/4" | 15 1/2" | 15 3/4" | 16" | 16 1/4" | 16 1/2" | 17" |
| *The chart is for reference only, allowable devitation depending on your measurement method |
