Deux par Deux Girls' Full-Zip One Piece Hooded Rain
Deux Par Deux
$92.00
Product Insights & Style Tips
The Deux par Deux Girls' Full-Zip One Piece Hooded Rain brings a playful, practical take on weather wear. A durable polyurethane shell keeps wet days at bay, while color block panels and raglan sleeves give a sporty, kid-friendly silhouette. The hood shields little heads from drizzle and reflective details on the sleeves catch the light for added visibility. A full-zip front makes on and off easy, and elastic ankles seal out rain for puddle-ready adventures.
Full-body coverage meets everyday practicality in one piece. Elastic ankle cuffs keep rain and splashes at bay, while the roomy cut leaves space for layers and a busy toddler’s moves. The full-zip front and hood cater to quick changes during puddle discoveries, and the raglan sleeves boost range of motion. Reflective sleeve details stay visible in low light, keeping the look cheerful and safe as the day light fades.
Deux par Deux leans into playful practicality with kid-friendly silhouettes that still feel fresh. This rain piece embodies the brand’s mix of whimsy and utility, pairing color-blocking with safety details to make rainy day wear part of the style story.
Materials / Fabrication
- Durable polyurethane
- One-piece design for full coverage
- Hood
- Color block design
- Raglan sleeves
- Reflective details on the sleeves for visibility
- Full-zip front for easy on and off
- Elastic ankle cuffs to seal out rain
- Waterproof coverall
Recommended Care
- Wipe clean with damp cloth and mild soap after use
- Do not machine wash or tumble dry
- Air dry away from direct heat or sun
- Avoid ironing or exposing to high heat
Fit Notes
- This full-coverage one-piece rain suit is crafted from polyurethane for waterproof protection.
- A full-zip front provides easy on and off and allows quick layering in wet weather.
- Raglan sleeves and a color block design offer mobility while preserving a clean, practical silhouette.
- Reflective details on the sleeves boost visibility in low light.
