Prototyping   

Parallax’s Prototyping team specializes in transforming conceptual designs into functional prototypes, efficiently and cost-effectively bringing ideas to life. By developing prototypes, we enable real-world evaluation of system designs, allowing for optimized performance and informed decision-making before moving to full-scale production.

Core Technologies and Techniques

Our approach to prototyping combines technical expertise and agile methodologies, focusing on rapid and efficient design validation. Core techniques include:

  • Progressive prototyping for iterative design refinement
  • Component testing and optimization for high-risk areas
  • Cross-disciplinary fabrication techniques, including CAD, 3D printing, and electronics

Application Domains

The Prototyping team offers capabilities across key stages of prototype development:

- Conceptual System Design Evaluation 

By creating prototypes, we enable our clients to test, compare, and optimize system designs under real-world conditions. Our prototypes facilitate side-by-side evaluation of design features, ensuring the best solution is chosen for production.

 

- Component-Level Prototyping 

For designs with high-risk or complex components, we take an incremental approach by individually prototyping critical elements. This allows for targeted testing and refinement, ensuring each component meets performance requirements before full system prototyping.

 

- Fabrication Expertise and Maker Skillsets 

Our team consists of skilled Makers with expertise in all areas of prototype creation. Parallax’s Makers bring proficiency across diverse fabrication techniques, including computer-aided design, machining, welding, 3D printing, composite layups, and electrical work, ensuring rapid and versatile prototyping.


Development and Deployment

Our Prototyping services emphasize flexibility and adaptability, supported by Parallax’s experienced team of Makers:

  • Efficient design-to-prototype workflows
  • Incremental testing and rapid iteration
Multi-skillset fabrication for complex prototypes

 Technical Lead

MAtthew Molineaux

Director, Research, Development, Testing, and Evaluation

Keith Bowman