Snow sports company K2 transformed its product development workflow by adopting cloud-native CAD, shifting design work from a static, file-based process to a more dynamic and collaborative model, according to Develop 3D.
K2 set out to develop its Blur XT ski range, aiming to balance speed and stability in a competitive market. However, its traditional desktop CAD and disconnected product data management systems created bottlenecks. Designers faced slow iteration cycles, inefficient communication with global partners, and confusion caused by manual file handling. These limitations made it difficult to keep pace with evolving design requirements and market expectations.
The company addressed these challenges by adopting a cloud-native CAD platform, which allowed its distributed team across the United States, Europe, and China to collaborate in real time. Built-in version control and commenting tools eliminated the friction associated with file-based systems, where designers often waited for updates or worried about working on outdated versions. This shift improved transparency and reduced delays in decision-making.
A key advantage was the ability to take CAD tools directly to the field. Designers could access and review models on mobile devices while testing skis on the slopes, enabling immediate feedback and faster iteration cycles. This integration of design and testing environments marked a significant departure from traditional workflows confined to the studio.
Automation also played a role. Using scripting tools, the team streamlined tasks such as importing analysis data and generating quality control documentation, reducing manual effort and accelerating routine processes. As a result, K2 reported time savings of roughly 25%, reflecting gains in both efficiency and collaboration.
The broader implication is a shift in how design teams operate. By removing barriers between tools, teams, and environments, cloud-based systems enable a more continuous and responsive development process. For K2, this approach has not only improved productivity but also redefined how product design connects with real-world testing and performance.