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Future Vehicle

Volkswagen revealed a pretty interesting concept during the on going Frankfurt Motorshow. It’s called the SEDRIC and is a representation of the automaker’s vision of future mobility. Resembling a futuristic toaster, this urban mobility vehicle is meant to cater to the needs of the modern traveler.

The capsule-like vehicle aims to be the answer to transportation problems of the future. And its fully automated systems will be able to relieve the driver of some of his/her responsibilites or be able to function without one. According to VW, more such concept vehicles are in the pipeline which include sports cars, touring sedans and commercial vehicles.

“Our team is already working on ideas for an entire Sedric family. This will range from fully autonomous vehicles for the city, through luxurious long-distance mobility and spectacular sports cars, self-driving delivery vans and heavy trucks,” commented the Chief Executive Officer of Volkswagen AG, Matthias Müller.

Sporting electrification and digital network tech, VW says that it will promote ‘simple, convenient, sustainable and safe mobility for everybody at the touch of a button’. Users will be able to call upon the vehicle when needed though Volkswagen’s mobility app called OneButton. Working as a digital assistant, it can get occupants from A to B conveniently.

Sedric will make a huge social contribution because thanks to autonomous driving, it can act as a stand alone transportation service for visually-impaired people, members of the older generation, physically-challenged individuals and children. Apart from that, VW has calculated that Sedric could be able to save drivers about 38,000 hours on daily commutes.

This vehicle was developed through cooperation between Future Center Europe in Potsdam and Volkswagen Group Research in Wolfsburg. Sedric is a completely new take on the transportation system by merging the established discipline of vehicle design with that of user experience and feedback.

Volkswagen has also said that Sedric will act as a platform for continuous technological developments that will help the automaker solve issues that are related to environmental protection, demographic change, business and traffic safety. The development of these systems centre around cameras, 360-degree lidar sensors, long and short-distance radar and ultrasound sensors, a hardware and software architecture.

This information will be used for data processing and vehicle control by powerful computers that use intelligent software to drive the vehicle and control its electrification systems. That said, this technology is still in its infancy, and many more man hours of research and testing is needed before VW sees the fruits of its labour.

Nissan’s rather bizzare zero emissions prototype, the BladeGlider will make an appearance at the on going Goodwood Festival of Speed both to showcase its driving capabilities as well as kept on display for the viewing of the general public. The car is meant to showcase what future performance cars might adopt in the not so distant future.

Speaking of the vehicle’s appearnce at Goodwood, Ponz Pandikuthira, vice president Product Planning, Nissan Europe, said, “The BladeGlider has been developed to bring fun, torque, efficiency and high-performance styling to the fore. Goodwood has been a world-famous showcase for many an iconic sports car over the years, so we could think of no better place to bring the BladeGlider out to play, demonstrating the Nissan Intelligent Mobility vision in action.”

First introduced at the Tokyo Auto Show in 2013, the Nissan BladeGlider is said to combine an all-electric powertrain with an efficiently designed body to offer copious amounts of driving pleasure while being as environmentally friendly as possible.

Unlike most cars, the BladeGlider features a narrowed design (three seat configuration) with the front end width being much shorter than that of the rear. Nissan purposefully designed it this way to offer optimum aerodynamic efficiency and handling stability. Despite what the automaker might say, the rear-hinged dihedral doors, though impressive, exists solely for vanity purposes.

Since it doesn’t have a roof, the BladeGlider’s body is reinforced with an integrated roll-over protection structure, that will help protect its occupants in the event of a roll over during a crash.

Most of the controls and switchgear as well as the digital meters are mounted on the steering wheel, which ensure that the driver’s hands are always kept on the steering wheel. Information that is displayed on it include speed, state of battery charge, regeneration mode and torque map. There are two centrally mounted screens that take the place of conventional side mirrors, with the images being fed to them by rear-view cameras mounted just behind the front wheels.

The Powertrain of the car was designed by Williams Advanced Engineering which consists of two 120kW (268bhp) electric motors (juice is supplied by a 22kW battery), one on each wheel. The BladeGlider is able to reach speeds in excess of 190km/h, and accelerate from 0-100km/h in under 5 seconds, which isn’t record breaking, but is quite impressive for an unconventional car.

Power is distributed to each of the front wheels trhough a torque vectoring system, which shifts power to the wheel that needs it most. If the car begins to understeer, more power will be sent to the outer wheel to compensate for the forces, enabling the car to regain a proper balance.

The BladeGlider is an odd take on the performance car genre, and how wheel it pans out for Nissan remains to be seen. But it won’t be the only car that will be showcased by the Japanese automaker because it will be accompanied by the GT-R NISMO as well as the MY17 GT-R.

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