Airbus Climate Goals

As one of the world's largest aircraft manufacturers, Airbus sits at the centre of aviation's push to cut emissions. Its strategy combines more efficient aircraft, sustainable aviation fuel (SAF), research into non-CO₂ effects and a long-term bet on hydrogen. Last updated October 2026.

Airbus Decarbonisation at a Glance

• Net zero: Airbus supports the aviation industry's goal of net-zero carbon emissions by 2050, set by ATAG, IATA and ICAO.
• Fleet efficiency: latest-generation aircraft use 20–30% less fuel than the aircraft they replace.
• SAF: all Airbus aircraft are certified for up to a 50% SAF blend.
• Hydrogen: in February 2025 Airbus pushed its ZEROe entry-into-service target back from 2035 by up to ten years, to between 2040 and 2045.
• Research: projects on non-CO₂ effects, formation flying and cleaner propulsion run alongside the main programmes.

Net Zero by 2050: The Industry Goal Airbus Supports

The 2050 net-zero target is a shared industry commitment rather than a standalone Airbus pledge. Airbus supports it and works toward it through aircraft design, fuels and operations. Reaching it will take progress on every front, because aviation has few easy substitutes for liquid fuel.

Fleet Efficiency: Cutting Fuel Burn Now

Airbus says its latest-generation aircraft deliver 20% to 30% fuel savings compared with their predecessors, and its next-generation single-aisle programme aims for a further 20% to 30% cut in fuel burn. About 70% of the in-service fleet is still older-generation aircraft, so fleet renewal is a major near-term lever for decarbonisation.

Sustainable Aviation Fuel (SAF)

SAF is the main way to cut aircraft emissions with today's technology. Airbus states that SAF can reduce lifecycle emissions by up to 80% compared with conventional jet fuel, and that all of its aircraft are currently certified to fly with up to a 50% SAF blend. SAF can be made from waste oils, non-food biomass or captured CO₂, but supply is limited and the fuel costs more than fossil jet fuel, which is why scaling production is the industry's central challenge.

Hydrogen and the ZEROe Programme: A Longer Timeline

In 2020 Airbus unveiled ZEROe, a set of concept aircraft powered by hydrogen. Airbus describes the current concept as a fully electric, hydrogen fuel cell aircraft that emits no CO₂ or NOx in flight.

The timeline has slipped. In February 2025 Airbus said it was delaying the original 2035 service-entry goal by up to ten years, to 2040–2045, because hydrogen infrastructure, production, distribution and regulation were developing more slowly than expected. It also cancelled plans to flight-test a fuel cell powertrain on an A380 testbed and brought forward SAF engine testing on a next-generation single-aisle aircraft instead. Airbus says it remains committed to bringing a commercially viable hydrogen aircraft to market.

Non-CO₂ Emissions: The Other Climate Effect of Flying

Aircraft affect the climate through more than CO₂. Contrails and nitrogen oxides (NOx) also contribute to warming, and the science on how much is still developing. Airbus is involved in research projects on these effects, including fello'fly, GEESE, HERON, CICONIA and Blue Condor. Airbus has not published a numeric target for non-CO₂ emissions.

Operational Efficiency and Air Traffic Management

Airbus supports the European ATM Master Plan ambition to cut per-flight, gate-to-gate CO₂ emissions by 5% to 10% by 2035 compared with a 2012 baseline, through smarter routing and operations.

Collaboration: Clean Aviation

Airbus is a founding member of the Clean Aviation Joint Undertaking, a European public-private partnership running from 2021 to 2031 with a budget of about €4.1 billion, focused on low-emission aircraft technologies.

Transparency and Accountability

Airbus reports on its environmental performance annually, covering:

• Direct operational emissions (Scope 1 and 2)
• Supply chain and aircraft lifecycle emissions (Scope 3), where most of an aircraft maker's footprint sits, including emissions from the use of its aircraft

Challenges on the Path to Net Zero

• Hydrogen needs new infrastructure and regulation, which is why the timeline has moved.
• SAF production is limited and costly and needs to scale globally.
• Some residual emissions will remain, and industry roadmaps expect these to be addressed partly through carbon dioxide removal.

Frequently Asked Questions About Airbus and Climate Change

What is Airbus's climate target?

Airbus supports the aviation industry goal of net-zero carbon emissions by 2050 and sets its own technology and fuel milestones along the way.

When will Airbus have a hydrogen aircraft?

Airbus now expects its hydrogen ZEROe aircraft to enter service between 2040 and 2045, rather than 2035 as first planned.

Can Airbus aircraft fly on sustainable aviation fuel?

Yes. All Airbus aircraft are certified for up to a 50% SAF blend, and the constraint is fuel supply and cost rather than aircraft capability.

How does Airbus compare with other companies?

See how corporate climate strategies differ in our pages on Apple and Microsoft.

Sources

Airbus: Decarbonisation and CompositesWorld: Airbus pushes ZEROe aircraft project timeline to 2040s.