Formula 1 is speed, spectacle, and screaming engines—not exactly what comes to mind when you hear “sustainable”. Yet beyond the roar and glamour, the sport has made a bold commitment to achieve net-zero carbon emissions by 2030.
Formula 1—as a sport with 24 events around the world each year—seems completely out of step with climate goals. One might hypothesise about the size of the footprint that’s created by all the carbon-intensive logistics needed to travel across five continents. Not to mention the long-standing reliance on combustion engines in the sport. However, as of recently, Formula 1 has already cut its emissions by over a quarter since 2018, with the momentum accelerating.
Far from a publicity ruse, the net-zero goal reflects a broader shift within the sport. As Stefano Domenicali, President and CEO of Formula 1, stated,
“We are strongly committed to achieving net-zero by 2030. It is a concrete goal, already visible in the significant reduction of our sport’s carbon footprint.“
Teams and organisers are actively reassessing how the sport moves, accelerates and fuels itself beyond the trackside glamour. It is clear that Formula 1 has taken on the challenge. Although it is contestable as to whether the steps taken are forthright and efficient enough to address the scope of the global climate crisis.
Fuel, Freight, and Footprints: Where Formula 1’s Cuts Are Coming From
By the end of 2024, Formula 1 had reduced its carbon footprint by 26%. In terms of numbers, they managed to reduce it from 228,793 tCO₂e in 2018 to 168,720 tCO₂e [tonnes of carbon dioxide equivalent — a standard emissions measure].
While this is a notable achievement, some experts suggest it’s only part of the picture. They argue that alongside technical improvements, broader structural shifts will be needed. Formula 1 needs to rethink freight, race scheduling, and commercial operations fully to meet its net-zero target.
Dr. Madeleine Orr, a sport and climate researcher, notes that while individual efforts are promising, more coordinated action will be required across the sport.
“It’s possible to compete on the race circuit while collaborating on the race to zero,” Orr explains. “If Formula 1 can get that right, it would be a model for the whole sports world to follow.”
Reflecting this ambition, Ellen Jones, Formula 1’s Head of ESG, emphasises that this vision is already guiding the sport’s transformation:
“We have a clear plan to meet our commitments and to further demonstrate how growth can be positive for both sustainability and sporting outcomes.”
Factories and Facilities: Behind the Scenes Revolution
Over 34,000 tonnes of CO₂ equivalent have been reduced, with Formula 1 factories and team bases cutting emissions by 59%. Is this the needed breakthrough? This change has been achieved by largely switching from standard grid electricity to renewable energy sources across operations.
Solar-powered wind tunnels, clean-energy simulators, and renewable-powered design labs now form the backbone of Formula 1 development. They are running testing around the clock to perfect engineering and aerodynamics. These energy-intensive facilities are the biggest success story in the sport for reducing emissions.
Finally, the supply chain needs to be in line with Formula 1’s sustainability objectives. Although Formula 1 has reduced factory emissions by 59%, sustainability goals must also be met by many more. To truly stand a chance in cutting back significantly, everyone has to get on the same train. Including the hundreds of suppliers or manufacturers that teams employ to produce their car, who need to implement greener production too.
Travel and Logistics: Cutting Miles & Fuel
Getting teams, equipment, and broadcasts to 24 races worldwide is carbon intensive. With not fewer races in the future, it’s the system that needs to improve. The sport’s smarter operations are steadily reducing the footprint, with travel emissions going down to 25% and logistics to 9%. Long-distance flights are no longer necessary thanks to remote broadcast hubs in the UK. These allow about 140 employees to work remotely every weekend, substantially reducing the carbon footprint.
Alongside this, Formula 1’s Official Logistics Partner, DHL, has been instrumental in lowering emissions. Transporting up to 1,200 tonnes of high-value freight per race, including race cars, engines, fuel, tyres, and spare parts. This partnership, now in its 20th year, has expanded beyond road transport to include Sustainable Aviation Fuel (SAF) for cargo flights. This move reduced the sport’s travel emissions by around 80% per flight since March 2024.
Likewise, Mercedes-AMG Petronas’s sustainability efforts have made a significant contribution to the wider Formula 1 strategy. They reported that Race Team Control emissions were 35% lower in 2024 than in 2022. Using 98% HVO100 biofuel for European season logistics and using SAF to offset 68% of aviation emissions were two factors that contributed to this.
How does this compare in the broader context of sports?
While Formula 1 is driving towards net-zero by 2030 with bold logistics and fuel strategies, other global sports face similar challenges. For example, the International Olympic Committee targets a 30% emissions cut by 2024 and 50% by 2030. They specifically focus on sustainable event management and renewable energy use in host cities. This contrast highlights the varied but urgent sustainability paths sports worldwide are taking.
Event Operations: Greener Grand Prix Weekends
A coordinated move to renewable energy by Formula 1 during races and the use of low-carbon technologies by major suppliers resulted in a 12% reduction in emissions from event operations per event.
Building on those developments in 2025, the sport increased its efforts. They implemented a low-carbon power generation system at every European Grand Prix. This improvement happened in collaboration with Aggreko. Formula 1 adapted cutting-edge technologies like solar panels, biofuels, and HVO generators to power key areas like the Paddock, Pit Lane, and Event Technical Centre.
Starting from the three early trial races in 2024, this green change is expected to cut more than 90% of event-related energy emissions soon. As Ellen Jones, Head of ESG at Formula 1, states:
“The entire paddock is part of our net-zero by 2030 commitment, and solutions like low-carbon energy generation combine technological innovation with coordinated action — proving that meaningful reductions are achievable at scale.”
Nevertheless, Event Energy is still a key area for progress. While European races are set to run almost entirely on renewable energy, it is considerably more difficult to extend these low-carbon solutions to long-haul events in Asia and the Americas. Due to the continued use of diesel generators outside Europe, sustainability progress may remain uneven across the calendar.
What Comes Next for Motorsport’s Net-Zero Push
While Formula 1 has made some great progress in areas such as factories, freight, and race operations, not all is yet done. The biggest hurdle remains air travel, which accounts for the largest share of Formula 1’s carbon footprint.
Even though Sustainable Aviation Fuel (SAF) has been introduced with strategic partners, it’s not the final solution. Formula 1 recognises that alternatives like electric or hybrid aircraft are still years away. Nevertheless, scaling up Sustainable Aviation Fuel (SAF) will be crucial if Formula 1 is to maintain momentum toward net-zero.
Fuel Innovation: A Broader Impact
Another big topic in a sport that constantly engineers future road car improvements is fuel innovation. Formula 1 will introduce the new hybrid power units by 2026. This change comes promptly after the feeder series transitioned to 100% advanced sustainable fuels in 2025. These are “drop-in” fuels, which means they can be used in current internal combustion engines without requiring any changes.
This presents exciting possibilities for both racing and road cars. If widely implemented, it could become one of Formula 1’s most significant achievements beyond the track.
A Dream Possible?
As motorsport races towards a net-zero future, the next five years will be pivotal in determining whether this bold target is truly achievable. Or is it merely a pit stop in a much longer journey?
While significant innovations—such as sustainable fuels and renewable energy at events—have already begun to reshape the sport, crucial gaps remain in air travel, carbon offsetting, and supply chain alignment.
Ultimately, if the sport and operations around it can push through these final challenges, it could serve as an inspiration for other industries to follow suit. Formula 1 has shown that even within a high-energy, high-emission environment, sustainability is achievable. If the sport can innovate its way to net-zero, perhaps it can inspire other sectors to rethink their approach to sustainability.
The ultimate question remains: if Formula 1 can innovate its way to net-zero, can your daily commute get there too?