The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket
The North Face®  Ridgewall Soft Shell Jacket

The North Face® Ridgewall Soft Shell Jacket

Regular price
$135.00
Sale price
$135.00

Order within the next NaNhours NaNminutes and you'll receive your package between Apr 28 and May 05.

OrderedMar 29

After you place the order, we will begin processing your order immediately. This includes ordering the items from the warehouse, setting up the files for embroidery, embroidering the actual product, etc. This process takes around 10-15 business days.

Order ReadyApr 21 - Apr 28

As soon as the order is completed, we will package it up, print a label & send you a tracking email!

DeliveredApr 28 - May 05

Estimated arrival date range:Apr 28 - May 05

Constructed of an abrasion- and wind-resistant outer shell with a warm, technical gridded fleece interior, the Ridgewall is the ultimate mid-weight option for active outdoor adventures.

  • 306 g/m2 WindWall™—100% recycled post-consumer polyester with non-PFC durable water-repellent (DWR) finish (solid)
  • 316 g/m2 WindWall™—100% polyester with non-PFC durable water-repellent (DWR) finish (heather)
  • Highly wind-resistant with wind permeability at less than 10 CFM (0 CFM is 100% windproof)
  • Brushed micro-gridded fleece interior
  • Non-PFC durable water-repellent (DWR) finish
  • Reverse-coil center front zipper and hand pockets
  • Interior hem cinch-cord
  • Embroidered The North Face logo on left sleeve and right back shoulder

BENEFITS
DURABLE WATER-REPELLENT: DWR is applied to the face of the fabric to provide the first line of defense against wet weather.
WIND PROTECTION: WindWall™ fabrics greatly reduce the effects of wind chill while providing flexibility and breathability to stay comfortable without overheating.