Spyder Girls' Long Length Puffer Jacket - Warm Quilte...

Pickup store：

Choose a browse

Estimated fulfillment time:

buy by

1pm → Prepare by 5pm

5pm → Prepare by The next morning

Estimated transport time:

dispatch is scheduled for around 2026/01/24.

Cash on delivery is limited to credit or cash on delivery. For other payment methods, please refer to here.

*It may take assorted time for the product to be delivered on January Wednesday, or public holidays, and depending on stock availability.

Added to wish list

More information about Spyder Girls' Long Length Puffer Jacket - cozy Quilted Puffer Bubble Coat Insulated Winter Parka Jackets for Girls (7-16)

OFFICIALLY LICENSED SPYDER: Long Puffer Jacket for Girls; Products built with over 40 years of performance research in the science of speed
WEATHER-RESISTANT CONSTRUCTION: Built to withstand winter's worst, this jacket is made with HydroWeb 1.0 water-resistant fabric and ProWeb windproof technology, keeping your child dry and protected from the elements. The resilient fabric repels moisture and wind, making it superb for snow, sleet, and rain.
HEAVY-DUTY INSULATION: Designed with extreme cold weather conditions in mind, this Spyder Long Puffer Jacket offers superior insulation to keep your girl snug and snug during the harshest winter days. Featuring ThermoWeb 3.0 technology, it traps heat without adding bulk, ensuring she stays cozy while still being able to move freely.
PRACTICAL DESIGN: The full-length design provides maximum coverage and protection from the cold, while the rib knit collar, hood edge, and sleeve cuffs add an extra layer of warmth and comfort. The adjustable cuff tabs with logo snaps ensure a snug fit, preventing cold air from entering.
trendy DETAILS: Spyder's signature design elements elevate the look of this puffer jacket. The jacket features a bold logo print on the chest and wordmark print on the back, along with the Spyder round plastic lens patch on the left sleeve. These details ensure your girl looks stylish and confident while staying thermal.