Sustainability Driven Innovation
We believe everyone has the right to breathe clean air. But in too many parts of the world, the predominant view is of a skyline thick with smog and pollution. As a forward-thinking leader in clean energy EV technology, we’re confident we can reverse this adverse trend. By exploring renewable materials, sustainable manufacturing processes, and developing new clean energy technologies, we’re confident we can leave this planet a better place than we found it.
Extreme Technology Unleashed
Our design and engineering teams are true collaborators. These departments constantly exchange new technologies and perspectives in their pursuit to achieve assertive vehicle performance, optimized safety features, and a fully-connected user experience.
We are starting with a clean slate, and are more able to tackle challenges such as autonomous driving and battery range with a novel, uninhibited approach.
Instead of attempting to retrofit existing products and outmoded practices to the task at hand, we face challenges head on with original concepts and new technologies.
Design
The Making of an Advanced Design Culture
  • OUR FIRST FLAGSHIP VEHICLE
  • FROM VIRTUAL TO ACTUAL
  • ADVANCED EMOTION
  • BETA TESTING VEHICLES
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Rewriting the Code

Beginning with a blank canvas, we established our own code. Driven by minimalism, this process resulted in advanced proportions and a futuristic mono-volume.
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Engineering
Variable Platform Architecture
Every FF vehicle is built upon the VPA, our universal, dynamic powertrain. This unique architecture is both exceptionally strong for greater stability and highly adaptable to accommodate a wide range of vehicles.
FF ENGINEERING
Battery Technology
Our engineers designed a technology that achieves the world’s highest energy density for a production automotive battery. This bold leap in battery technology provides a tremendous increase in driving range and peak power duration.
  • RAPID PROTOTYPING
  • TOP-DOWN ENGINEERING
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Rapid Prototyping

Our swift digital modeling and 3D printing capabilities allow us to quickly engineer new components and test them in real world environments.