The McLaren MPX-4 Can Change Its Aerodynamic Properties On the Fly
Rahul Kalvapalle — December 5, 2015 — Autos
The McLaren MPX-4 Formula One concept car is a British-made supercar that is incredibly sleek in appearance and powerful in its performance.
This vehicle is designed to be extremely aerodynamic, and is actually capable of changing its shape in order to optimize its aerodynamic capabilities on the fly. The surfaces of the McLaren MPX-4's body respond to electrification in order to provoke a change in shape when specific aerodynamic conditions could be enhanced. Once the electricity is cut off, the materials return back to their original shape so that the vehicle's functioning isn't compromised.
Ultimately, this vehicle is designed to advance automotive engineering by adapting the technology of what is best referred to as dynamic aerodynamics, wherein the vehicle's aerodynamic properties can change on the fly.
This vehicle is designed to be extremely aerodynamic, and is actually capable of changing its shape in order to optimize its aerodynamic capabilities on the fly. The surfaces of the McLaren MPX-4's body respond to electrification in order to provoke a change in shape when specific aerodynamic conditions could be enhanced. Once the electricity is cut off, the materials return back to their original shape so that the vehicle's functioning isn't compromised.
Ultimately, this vehicle is designed to advance automotive engineering by adapting the technology of what is best referred to as dynamic aerodynamics, wherein the vehicle's aerodynamic properties can change on the fly.
Trend Themes
1. Dynamic Aerodynamics - Adapting technology to change vehicle's aerodynamic properties on the fly.
2. Smart Cars - Using electricity to change surfaces for better optimization.
3. Advanced Automotive Engineering - Innovative technology to advance the automotive industry.
Industry Implications
1. Automotive Industry - Disruptive innovation in automobile manufacturing.
2. Formula One Racing - Revolutionizing aerodynamics in racing vehicles.
3. Aerospace Industry - Cross-industry application in the development of aircraft that can adapt to varying aerodynamic conditions.
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