Advancing Mobility Through Design™

Dolphin by Liu Shun, Gao Zhiqiang & Chen Zhilei, China

2013: Half! Lightweight with Passion.

 

Biography

Shun Liu, 20, was born in China and is currently in his fourth year studying Product Design at the Huazhong University of Science and Technology. He also has a great interest in Transportation Design. He was awarded “The best luxury concept” in the CarDesignNews competition with Zhiqiang Gao.

Zhiqiang Gao, 23, was born in China and is currently studying at the Huazhong University of Science and Technology. He partnered with Shun Liu and was awarded “The best luxury concept” in the CarDesignNews competition. He also completed an internship with Volkswagen in Shanghai last summer.

Zhilei Chen, 26, was born and raised in China, He received his Master’s degree from Wuhan University of Technology. He majored in vehicle engineering but is also a car styling design fanatic.

After graduation, he opened his own studio for car design services and training. His studio has cooperation with Autodesk and established Autodesk Authorized Training Center in Wuhan, training Alias for companies and students. At the same time, providing all kinds of technical services relevant to car design for companies, especially for CAS and Class A surface services. Other car design awards such as finalist of Michelin Challenge Design 2009; finalist of CDN Interior Motives Design Awards 2010.

Description

Our concept makes people feel sport, science and technology. It also can accommodate the members of a family.

The structure of car body is a full transparent glass and carbon fibers frame and the lightweight design is not only to ensure security purposes, but also to greatly reduce the energy consumption.

How can it run? Yes, the drive machine consists of  dual-stators maglev DC machine. It’s more smart and light, so it can contribute to the environmental protection.

With the development of social, energy shortages, would bring a huge impact. Our concept mainly seizes the lightweight, effectively reducing the energy consumption.