Burton Toddler One-Piece

DRYRIDE™ 2-Layer Printed Recycled Mechanical Stretch 300D Polyester Woven Fabric

Blocked with 400D Nylon Durability Panels

DRYRIDE 2-Layer Durashell | 15,000 mm Waterproofing / 10,000 g/m² Breathability – DRYRIDE 2-layer fabric features technical waterproofing and breathable properties in a buttery soft yet bomber package.

Thermacore™ Insulation | 100G – Developed for superior warmth-to-weight, Thermacore™ cranks the heat without limiting mobility. Burton offers Thermacore in a variety of weights, and fine-tune the amount of insulation in the body, sleeves, and hood for focused warmth, enhanced breathability, and greater freedom of movement.

Taffeta Lining Mapped with Microfleece Back Panel – Taffeta offers a crisp, high-end feel that is often woven using a mix of synthetic fibers. Its unique hand feel and sheen make it ideal for printing and embossing, and like all Burton linings, it wicks and breathes easy to keep you dry from the inside out.

Regular Fit – Not too tight, not too baggy. Roomy enough for adding layers without constricting movement.

Room-To-Grow™ System – No need to buy junior new outerwear each season with Burton’s Room-To-Grow™ system. A quick snip of the red stitching on the lining is all it takes to extend the length of the legs and sleeves and keep up with those guaranteed growth spurts.

Exterior Waistband Adjustment

Adjustable Sleeve Cuffs

Unisex Style

Internal Mesh Pass Pocket

Microfleece-Lined Handwarmer Pockets

Jogger Bottoms – Easy to get over boots and prevent dragging.

Fully Seam Sealed

Helmet Compatible Removable Hood

Adjustable Cuffs

Glove Loops

Reflective Details

Reinforced Seat and Knees

Chafe-Free Chin Guard

bluesign® Approved Product – The bluesign® system unites the entire supply chain to reduce impact on both humans and the planet. bluesign® approved materials are guaranteed to use only safe chemicals and are manufactured to meet the highest standards of natural resource conservation, consumer and worker health, and clean air and water discharge during the manufacturing process.