
Bone

















Model in studio is 6'0" / 183cm tall and wearing a size M
Crafted from recycled materials, the Landon Jacket is an everyday essential benefitting from numerous hallmark AETHER technical features.
This garment is designed to perform best in 50 to 70 degree Fahrenheit temperature range.

Bone

Saville Green

Onyx Black

A Sustainably-Made Shell
Windproof and water-resistant, the Landon features a woven nylon shell construction that’s partially derived from recycled contents.



The use of flat-felled seams, articulated two-piece sleeves, and forward-shoulder seams improve the Landon’s overall comfort and range of motion. From the internal binding finish to its top-applied herringbone tape across its center-front, the Landon is elevated with a host of thoughtful design details.

In terms of onboard storage, the Landon gets on-seam hand pockets with hidden magnetic closures, as well as chest pockets that have been fitted with dual-snap closure setups. The wrist cuffs on the Landon Jacket have also received these same snaps.


Crafted from recycled materials, the Landon Jacket is an everyday essential benefitting from numerous hallmark AETHER technical features.
Lightweight
We’ve constructed this garment to be lightweight, making it easy to wear and highly packable.
Regular Fit
A classic cut with more room to move.
Water Repellent
This garment was designed with hydrophobic fabrics and/or special coatings, such as DWR, that will bead water and provide an additional layer of rain protection.
Windproof
The innovative fabric used in this garment makes it 100% impervious to wind.
Through innovative fabrics and techniques, this garment is designed to help keep you dry in wet conditions.
This garment’s fabric has been specially engineered to resist harsh, whipping winds.
This garment is designed to perform best in 50 to 70 degree Fahrenheit temperature range.
This garment is designed to perform best in the following temperature range. Please note: temperature accuracy may vary based on individual differences, activity level, and layering choices.