Have an account? Log in to check out faster.
Design Philosophy
Most ultralight gear is built around a single optimization: weight. Cut the fabric weight, remove the pockets, skip the reinforcement. The result is gear that's light on the scale but not functional in the field. We design differently. Every weight reduction has to justify itself functionally— if removing something compromises what the gear does, we look for another way.
We define what a piece needs to do before we think about weight. The spec comes first: range of motion, weather resistance, packability, durability under real use. Weight optimization happens after, not instead of, that process.
The fastest way to reduce weight without sacrificing performance is better fabric. That's why we invest in proprietary materials rather than relying on simplified construction to hit our numbers.
Every seam, pocket, and adjustment point is a weight cost. We only include features that we've needed ourselves in the field and cut anything that doesn't pull its weight.
Proprietary Materials
We work directly with technical fabric mills in Taiwan to develop materials that don't exist off the shelf. The goal is always the same: better performance at lower weight, built for the specific demands of the product it goes into.
An open-weave fleece fabric used in our Atlas mid layer. Engineered to solve two key problems: Improve the appearance (no more cookie monster look) and add stretch so that it's actually comfortable to wear.
Ultralight sun protection fabric used for our Ridgeline Hoodie. Developed for high-output activity in direct sun where other layers are just too hot. Hyperflow combines UPF 50+ sun protection with moisture wicking cells and airflow channels to create a layer that protects you from the sun and keeps you feeling cool and dry
Field Testing
We don't ship a product until it's been tested hard enough that we've found its failures and fixed them. That process takes time. For the Atlas Hoodie, it took multiple fabric iterations and over twelve months of use across different conditions before we had a design we trusted.
Prototype on the trail
First samples go straight into use on actual hikes. Real movement, real sweat, real conditions.
Find the failure points
We look for what breaks, what chafes, what annoys, and what doesn't perform as expected. Seam stress, fabric durability, fit under a pack. All of it gets tested.
Iterate until it's right
Each issue becomes a design change. We go back to the mill, update the pattern, test again. This cycle runs until the piece performs consistently across conditions.
Ship when it's ready
We don't set a release date and work backwards. The product ships when the testing is done, not when the calendar says so.
Why Taiwan?
Taiwan is a deliberate choice, not a compromise. The island has one of the most advanced technical textile industries on the planet, built over decades supplying fabrics to the world's top outdoor brands. That's the ecosystem we operate inside.
Technical capability
Access to mill-level fabric development, not just fabric sourcing. We can iterate on material specs directly with manufacturers.
Labor standards
Taiwan's labor laws are among the strongest in Asia. We can verify conditions and stand behind our supply chain.
Quality control
Proximity to production means we catch problems early. Short feedback loops between design and manufacturing.
Speed to iteration
Design changes that would take weeks in a distant factory take days here. That speed is built into every product we've made.