United Airlines Premium Cabin Dinnerware
A modular premium dining system designed around refined form, stackability, and ergonomic functionality for United’s Polaris and Premium cabins.
Context
As Design Lead at WESSCO International, I led the development and airline adaptation of United Airlines’ new dinnerware collection for Polaris and Premium cabins. The original design direction was developed with PriestmanGoode, with WESSCO responsible for refining the collection into a manufacturable system suitable for large-scale airline service.
The project focused on modularity, stackability, durability, and operational performance while maintaining a contemporary visual language for United’s premium cabins.
United wanted to replace its existing dinnerware with a more refined system that could improve the onboard dining experience while functioning efficiently within the operational demands of inflight service.
Challenge
The collection needed to balance premium aesthetics with airline functionality. Every component had to stack efficiently, support multiple meal services, and reduce cabin crew storage complexity.
Modularity became a key focus of the system. Plates, bowls, and serviceware were designed for multi-use applications while maintaining consistency across materials and finishes.
Ergonomics also played an important role in the refinement process. The internal curvature of the bowls and plates was shaped to align with the spoon’s profile, improving comfort and usability during dining.
The challenge was translating the original design direction into a durable, airline-ready product system that could be manufactured consistently at scale.
Our Approach
Translating the Design for Airline Production
Working from PriestmanGoode’s original concepts, I refined the collection to meet airline specifications, manufacturing requirements, and operational standards.
This included adjusting proportions, stackability tolerances, construction details, and material applications to ensure durability and production feasibility while preserving the original forms.
Building a Modular System
The collection was developed as a modular dining system, with components designed for use across multiple meal services while improving galley storage and handling efficiency.
Porcelain pieces were designed for multi-use applications to reduce complexity during onboard service.
Refining Ergonomics and Stackability
The internal curvature of each bowl and plate was shaped to align with the profile of the spoon, improving comfort and usability during dining.
Stackability testing was also central to development, ensuring the collection remained practical for airline storage, handling, and service.
Sampling and Manufacturing Development
Working closely with WESSCO’s sourcing teams and manufacturing partners, we explored pressed porcelain and injection-molded constructions to balance weight, durability, cost, and manufacturability.
Technical drawings, renderings, and physical prototypes were refined through multiple sampling rounds. Each piece was evaluated for stackability, ergonomic comfort, spillage reduction, and finish consistency.
The Work
Development and airline adaptation of the full dinnerware collection.
Translation of PriestmanGoode’s original concepts into manufacturable products suitable for airline service.
Refinement of modularity and stackability across all dining components to support multi-use applications and efficient galley storage.
Development of bowl and plate geometries, including spoon-matched internal curvatures to improve usability during dining.
Coordination of materials, finishes, and color applications across porcelain and injection-molded components.
Technical development, prototype evaluation, and sampling refinement throughout the development process.
Collaboration with PriestmanGoode, United Airlines, sourcing teams, and manufacturing partners throughout development and production.
Photoshoot art direction and visual storytelling for launch and marketing materials.
Impact
Recognitions
Awards
- Best Onboard Product – International PAX International Readership Awards, 2026












