Today General Motors unveiled a trio of EN-V concepts that showcase the automaker’s idea for a new global, urban mobility vehicle. Developed in conjunction with its partner in China, Shanghai ...

It is estimated that by 2030, urban areas will be home to more than 60 percent of the world’s eight billion people. That doesn’t bode well for cities with public infrastructure that is already ...

General Motors first introduced its Chevrolet EN-V Concept at the Beijing Auto Expo in 2012 and apart from a major update in late 2012, has remained fairly quiet in regards to the tiny electric urban ...

Lit with bright overheard fluorescents and littered with massive wooden crates the size of backyard sheds, GM’s R&D garage feels less like a hangout for grease monkeys and more like a Hollywood sound ...

This is the GM EN-V, short for "Electric Networked-Vehicle," an autonomously-driving tech-heavy two-seater pod co-developed with Segway and designed to one day replace cars for short trips in cities.

Alina has been enthusiastic about vehicles her entire life, and even from an early age found herself itching to get behind the wheel. Through high school and college, she could be found reading ...

Futurists predict that by 2030 more than 60 percent of the world’s population, which by that time should number around eight billion people, will be concentrated into urban areas. Streets will be more ...

To comply with upcoming gas mileage rules, automakers will launch appealing and economical compact or subcompact cars in the U.S. market over the coming years. But car designers are thinking far ...

Before you make up your mind about GM’s EN-V Concept, you should know that by 2030, 60 percent of the world’s 8 billion people will call urban areas home. Needless to say, this will put monumental ...

Breakthroughs, discoveries, and DIY tips sent every weekday. Terms of Service and Privacy Policy. GM’s EN-V concept (it stands for “Electric Networked Vehicle ...

The city car of the future will seat two people, run on electric power and communicate with other vehicles to reach a destination faster while automatically avoiding traffic tie-ups and crashes.