Fisker Inc. and Bridgestone announcing a new partnership. Fisker has selected Bridgestone as the exclusive tire partner for the much-anticipated Fisker Ocean all-electric SUV. The Fisker Ocean will make its global debut at the upcoming 2021 Los Angeles Auto Show, with production starting on November 17, 2022.

The Fisker Ocean features extensive use of recycled materials, including a fully vegan interior, and will come with an optional photovoltaic solar roof. The Fisker Ocean will sit on custom-developed Bridgestone Potenza Sport tires for vehicles sold in Europe and select models sold in North America. The bespoke Potenza Sport tires deliver an optimal driving experience focused on ride comfort and handling stability, and are engineered for low rolling resistance, which conserves the Fisker Ocean's battery energy by ensuring that less power is required to move the vehicle's tires.

The custom-engineered tire marks one of the first times Bridgestone Potenza Sport – the company's premium ultra-high-performance sports tire – has been combined with its revolutionary, sustainable ENLITEN Technology. On average, ENLITEN Technology reduces the rolling resistance of a tire by up to 30% and its weight by up to 20%.1 This equates to up to 2kg fewer raw material resources required to produce every tire – an environmental benefit from both a resources and final end-of-life stage management standpoint. The use of ENLITEN Technology is key in ensuring that the Ocean's tires have low rolling resistance, while Potenza Sport's sporty pattern provides a dynamic and stable driving experience.

Bridgestone will also supply custom-designed Alenza Sport all season tires for Fisker Ocean models sold in North America. The Alenza Sport tires are engineered with a next-generation compound that provides enhanced dry braking, wet handling and improved rolling resistance to help drivers unlock the Fisker Ocean's full performance capabilities. The Fisker Ocean's custom-made Bridgestone tires will benefit from Bridgestone's ground-breaking Virtual Tire Development technology, which enables the accurate prediction of a tire's performance without producing and physically driving it for the first part of the development process.

Making tire development more sustainable, efficient, accurate and flexible, Virtual Tire Development cuts raw material consumption and CO2 emissions by approximately 60% and reduces product development time and speed to market by up to 50%. The planned use of the technology in this project supports the Fisker Ocean's ambitions to be the world's most sustainable vehicle and will help to accelerate the project's development time.