
Two-way center-front zipper.

















Model in studio is 6'1" / 185cm tall and wearing a size M
The Hybrid Tech Full-Zip 2.0 is a multi-fabric, standard-fit jacket engineered for demanding off-grid pursuits, yet refined enough for everyday city wear. Designed as a versatile mid-layer, it offers a balance of performance and comfort.
This garment is designed to perform best in 40 to 60 degree Fahrenheit temperature range.

Polartec® Power Stretch® Pro™ is engineered for movement and built to endure. A durable nylon face resists abrasion, while a soft, brushed fleece interior provides next-to-skin comfort. With four-way stretch and inherent breathability, it manages moisture efficiently—maintaining a dry, balanced microclimate across a wide range of conditions.

Features two zippered hand pockets, an interior zippered chest pocket, and a patch pocket with a VELCRO® closure on the left side.


Two-way center-front zipper.

Quilted micro ripstop nylon with PrimaLoft® Bio™ Black insulation.
The Hybrid Tech Full-Zip 2.0 is a multi-fabric, standard-fit jacket engineered for demanding off-grid pursuits, yet refined enough for everyday city wear. Designed as a versatile mid-layer, it offers a balance of performance and comfort.
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.
Insulated
This garment is filled with natural or synthetic insulation to keep you warm when facing chilly conditions.
Wind Resistant
The fabric used in this garment provides a degree of wind resistance.
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 40 to 60 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.