This Citroen Car's Hydraulic Cushion Suspension Makes For a Smoother Ride
Rahul Kalvapalle — June 9, 2016 — Autos
References: int-media.citroen & gizmag
The Advanced Comfort Lab is an innovative and forward-thinking Citroen car concept that is fitted with a variety of features that enable it to stand out on the road.
One of the most striking features of his Citroen car concept is its hydraulic cushion suspension system, that is designed to make it possible for the vehicle to take advantage of shock absorption to make for a smoother ride, while keeping out unwanted bumps and vibrations. The hydraulic cushion system is capable of regulating compression and rebounds by absorbing movement and enhancing vehicular comfort and control.
This Citroen car concept is truly a triumph in automotive structural design thanks to its ability to make for a smoother ride without compromising on performance specs.
One of the most striking features of his Citroen car concept is its hydraulic cushion suspension system, that is designed to make it possible for the vehicle to take advantage of shock absorption to make for a smoother ride, while keeping out unwanted bumps and vibrations. The hydraulic cushion system is capable of regulating compression and rebounds by absorbing movement and enhancing vehicular comfort and control.
This Citroen car concept is truly a triumph in automotive structural design thanks to its ability to make for a smoother ride without compromising on performance specs.
Trend Themes
1. Hydraulic Cushion Suspension - The hydraulic cushion suspension system presents an opportunity for disruptive innovation in the automotive industry, improving ride quality and comfort.
2. Shock Absorption Technology - The integration of shock absorption technology in cars offers a disruptive innovation opportunity, providing a smoother ride by reducing bumps and vibrations.
3. Automotive Structural Design - Advancements in automotive structural design techniques open up possibilities for disruptive innovation, allowing for improved ride comfort and performance.
Industry Implications
1. Automotive Industry - The automotive industry can benefit from the disruptive innovation opportunities presented by hydraulic cushion suspension technology and shock absorption advancements.
2. Automotive Design Industry - The automotive design industry can explore disruptive innovation opportunities by focusing on improving structural design techniques for enhanced ride comfort and performance.
3. Automotive Technology Industry - The automotive technology industry can seize disruptive innovation opportunities by developing and implementing new technologies that enhance ride quality through shock absorption and cushioning systems.
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