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This jacket is built with temperature-responsive material. When the surface temperature is at or below approximately 18°C / 64°F, the reactive areas appear black. Once those areas are exposed to temperatures above 18°C / 64°F, the hidden color begins to reveal.
BLACK MODE
Cold temperatures keep the reactive surface dark.
COLOR REVEAL
Warmer contact begins revealing the selected color.
The reaction is caused by temperature, not by water itself. Warm contact from your hands or body can raise a section of the jacket above the approximately 18°C threshold, creating a localized color-reveal effect.
The surrounding environment can also trigger the change. If outdoor or indoor temperatures warm the jacket above the threshold, larger areas can begin revealing color at the same time.
Step outside into colder conditions and the jacket takes on a predominantly black appearance. Move into warmer surroundings — or warm part of the surface with your hands — and flashes of color begin to emerge.
That means the same jacket can look completely different throughout the day depending on the temperature around you.
The outer material combines 50% PU + 50% polyester, giving the jacket a structured outer surface designed for winter styling and outdoor use while supporting its temperature-reactive visual effect.
Color response is based on the surface temperature of the jacket.
Helps provide the structured outer feel of the jacket.
A practical textile component suited to everyday outerwear.
Designed for skiing, snow trips, outdoor adventures and daily wear.
| Product Type | Temperature-Reactive Winter Jacket |
| Material | 50% PU + 50% Polyester |
| Reaction Type | Temperature Responsive |
| Cold Appearance | Black at approximately ≤18°C / 64°F |
| Color Reveal | Begins when the reactive surface is warmed above approximately 18°C / 64°F |
| Activation | Body Heat or Environmental Temperature |
| Available Sizes | S / M / L / XL / 2XL / 3XL |
| Recommended Use | Skiing, Snowboarding, Winter Travel, Outdoor Activities & Everyday Wear |
Wear it skiing, snowboarding, traveling or simply walking through the city on a cold day. The temperature-reactive design adds an unexpected visual element that changes as the conditions around you change.
The jacket looked almost completely black when I first went outside. After putting my hand on the front for a few seconds, the warmer area started showing the color underneath. Definitely one of the most unusual jackets I've owned.
I chose the pink version. In colder weather it looks mostly black, but once it warms up the pink sections start appearing. I like that it doesn't look exactly the same all day.
I wore it on a weekend snow trip and once my friends realized warm hands could reveal the color, everyone wanted to try it. It's a fun conversation starter and looks great in photos.
One of the coolest parts is walking in from the cold and watching the jacket gradually look different as it warms up. The color change is what makes it feel unlike normal winter outerwear.
The reaction isn't identical every second because the surface temperature changes in different areas, but that's actually what makes it interesting. The blue version looks especially good once the color starts coming through.
I originally ordered it because the temperature-changing material looked fun, but I ended up liking the black cold-weather look too. When the color appears it feels like wearing a completely different jacket.
Temperature. The reactive surface remains black at approximately 18°C / 64°F or below and begins revealing color when its surface temperature rises above approximately 18°C / 64°F.
The color-change mechanism is temperature based. Snow or water itself is not the trigger. The key factor is the temperature of the reactive jacket surface.
Yes. Human body temperature is higher than the approximate 18°C reaction threshold, so sufficiently warm contact can cause a localized section of the jacket to reveal color.
Yes. If the surrounding temperature warms the reactive surface above the threshold, larger sections may begin revealing their color.
At approximately 18°C / 64°F or below, the temperature-reactive sections appear black.
The stated material composition is 50% PU and 50% polyester.
The current range includes S, M, L, XL, 2XL and 3XL. Check the size chart and compare the measurements with a jacket that already fits you comfortably.
The visible effect can vary depending on surface temperature, which areas are being warmed, ambient conditions and lighting. This variation is part of the reactive visual effect.
Follow the care instructions on the garment label. Because the jacket uses temperature-reactive material, avoid exposing it to unnecessary high heat unless specifically permitted by the garment care instructions.
Black in the cold. Color when it warms. A winter jacket that never has to look exactly the same twice.
