With the WondRest environmental project, Wonderland has gained powerful insights that enable us to create truly sustainable solutions. Our ambition to reduce the environmental footprint of our beds by 50% is already turning into real results: smarter materials, local production, and new technology that lifts comfort to an entirely new level.
SkyTex® – local and exclusive
SkyTex® was developed with the insight that material choice has one of the greatest impacts on the environment. That’s why we have created an entirely new foam that offers the same luxurious feel as premium latex, but with a significantly lower environmental footprint. And because SkyTex® is produced right next to our Wonderland factory in Norway, we ensure short‑travelled production, reduced transport emissions, and uncompromised quality control.
SoftTouch Pocket – more springs, less steel, better sleep
SoftTouch Pocket is the next generation of pocket spring technology. With 70% more springs, it delivers more precise and even support, giving you better pressure relief and more peaceful nights. At the same time, the system uses 30% less steel – reducing resource consumption without sacrificing comfort or durability.
More comfor – smaller footprint
SkyTex® and SoftTouch Pocket show how research, innovation and environmental ambition can be transformed into real innovations, and how the WondRest project continues to deliver solutions that enhance your sleep while reducing your environmental impact.
More information:
This is how we will reduce the footprint of our beds by 50%
About WondRest
The largest* environmental project in Norwegian furniture history.
Project objective: Reduce the footprint of a bed by 50% and contribute to increased knowledge about circular economy. Project period: 2020-2023. Project funding: Research Council of Norway, 18 MNOK. Project owner: Wonderland. Project partners: SINTEF, NTNU, Carpenter, Plasto, Måndalen Trevare, J.O. Moen Miljø.
*So far, WondRest is the environmental project in the Norwegian furniture industry that has received the highest level of project funding from the Research Council of Norway..
