The wind tunnel test is an essential part of conducting aerodynamic research on a potential new product in order to cut out unwanted noise and drag. Rather than conducting these tests in a specialized facility, Ford has now developed a way to carry out tests through a mobile wind tunnel made from a shipping container.
These shipping container wind tunnels can be set up at assembly plants in order to enable on-site testing and a greater capacity to correct concerns with early production models.
For now, Ford's Flat Rock Assembly Plant in Michigan is set to stay in place for a few weeks or months before the unit is disassembled and moved to the next plant. At this particular location, Ford makes its Mustang and Fusion models.
Key Themes Behind This Trend
- Mobile Wind Tunnel Testing
- The development of portable wind tunnels allows for on-site aerodynamic testing and the ability to correct production concerns in real-time.
- Shipping Container Innovation
- Repurposing shipping containers as wind tunnels showcases the potential for innovative use of existing infrastructure.
- Efficiency in Manufacturing
- Using portable wind tunnels at assembly plants improves efficiency by reducing the time and cost required for off-site testing.
Where This Applies
- Automotive Manufacturing
- The automotive industry can benefit from mobile wind tunnels by optimizing vehicle aerodynamics and reducing drag.
- Shipping and Logistics
- The repurposing of shipping containers for wind tunnel testing opens up opportunities for companies in the shipping and logistics industry to develop similar innovations.
- Aerospace Engineering
- The aerospace industry can adopt portable wind tunnels for on-site aerodynamic testing of aircrafts, leading to more efficient designs and fuel savings.
