Custom Design & Engineering

SPEEDWERKS can provide a wide variety of technical and management services in support of production and prototype development for manufacturers and individual owners. These services will encompass all aspects of the engineering process from concept to post-production. SPEEDWERKS provides the following Design & Engineering Services for custom high-performance solutions to meet the needs of the world’s most discriminating drivers:


Computer Aided Design & Engineering (CAD/CAE)- Using the latest state-of-the-art design tools available, we are able to move from an initial concept to a finished product as quickly as possible.


Finite Element Analysis
Finite Element Analysis (FEA)- This process uses high-tech programs to predict the stress and strain on a part allowing precise optimization of its shape.


Computational Fluid Dynamics
Computational Fluid Dynamics (CFD)- The flow of liquids and gasses through various subsystems in a vehicle is critical to its performance, and by modeling these mediums we can develop individual parts and improve the system as a whole.


Process Modeling
Process modeling software applications- Our expertise in systems engineering and process management can ensure your product moves smoothly and predictably from initial conception to production.


Systems Engineering
Systems Engineering and Integration (SEI)- Much like a human body, a design process will function much more effectively when all its parts are working in concert. By keeping an objective-oriented view, we are able to keep the project on track for success.


Additive Manufacturing- By using 3D printers for aerospace metals and high-performance plastics, direct digital manufacturing (DDM) enables us to enter production without the tooling and without wasted material. Because Fused Deposition Modeling (FDM) Technology uses production-grade thermoplastics and Selective Laser Sintering (SLS) Technology uses high-strength metals, we can 3D print end-use parts straight from 3D CAD data.


Rapid Prototyping- The ability to create low-cost rapid physical representations of parts can greatly improve integration with existing systems and accelerate the design process by reducing the number of conventional prototypes needed.


Lab Testing
Laboratory Testing and Evaluation of Hi-Tech Materials and Products- By using the latest technology available, we are able to streamline the design process to deliver quality products as quickly as possible.


Field Testing
Field Testing and Evaluation of Advanced Technologies- As great as technology is, no product can truly be considered successful until we have tested it ourselves in real-world conditions.


Here are two examples of our concept-to-production rapid development capabilities: