Skip to content

Aramco vehicle with fuel technology being tested at our Detroit Research Center

Transportation

We are working to create breakthrough transportation technologies that have the potential to reduce emissions.

From improving engine designs, to carbon capture on the move, and innovative lower-carbon fuel development and testing — Aramco works with talented partners from across multiple disciplines and industries to help develop the transport technologies of the future.

Our multiyear collaborations with some of the world’s biggest automakers and motorsports teams is an invaluable part of bringing our innovations from the lab to the road.

Hear from Ali Meshari, our VP of Technology Oversight & Coordination, about the role Aramco and our advanced fuels program are playing, not only on the track, but also in helping bring real world racing performance to the silver screen in ‘F1^® The Movie’, released in cinemas worldwide.

This content is blocked

You need to give permission.

A three-minute video featuring Aramco’s Senior Vice President of Technology Oversight and Coordination, Ali Al Meshari, explaining how Aramco have partnered with motor racing’s F2 and F3 to supply, develop, test, and race with lower-carbon fuels, and how this has powered the action seen on screen in 2025’s ‘F1 The Movie’. Clips from the movie are intercut with track footage of F1, F2, and F3 team cars, including those of the Aston Martin Aramco Formula One Team.

Aramco, F1 The Movie, F1 and F2, and lower-carbon, fuels — the perfect ingredients for a high-octane cinematic thrill ride and lower-carbon racing.

Discover more about our transportation innovation projects and programs below.

In this section

Engine technologies

Developing innovative engine technologies designed to aid in meaningful transport emissions reduction.

Mobile Carbon Capture

We’re aiming to reduce the environmental impact of the internal combustion engine.

Plastic pipes – nonmetallic solutions

Nonmetallic solutions

Learn more about our work to tackle some of the world’s most pressing materials challenges