By carefully managing cargo distribution and passenger load, SAS optimized fuel use for the 285 passengers on board, creating a balanced load that minimized fuel burn. This fuel-efficient setup, paired with real-time collaboration with air traffic control, enabled SAS to adjust the cruising altitude and flight path for further savings, cutting an additional 250 kilos of fuel and resulting in substantial emission reductions.
The sustainability efforts extended to ground operations, where optimized taxiing procedures reduced fuel consumption by over 100 kilograms compared to standard usage. An additional 32 tons of sustainable aviation fuel (SAF) provided 40 percent of the total fuel used on this flight, further lowering emissions and demonstrating the potential for greener long-haul flights.
While this flight demonstrated major sustainability gains, SAS acknowledges that applying these practices on all flights involves complex challenges. Restrictions on air traffic paths, limited SAF availability, and varying operational conditions can limit the consistent implementation of these methods.
However, flights like TAC serve as vital opportunities to push the boundaries of sustainable aviation and explore what is achievable Ann-Sofie Hörlin, Head of Sustainability at SAS, commented: “Achieving nearly a 20 percent reduction in CO₂ emissions is a milestone, and we’re committed to taking these insights across our operations. The Aviation Challenge has allowed us to test new approaches, collaborate with industry partners, and pave the way for a more sustainable aviation future. This is an important step on our journey to reduce our environmental footprint.”
The TAC flight reflects SAS’ dedication to sustainable innovation in air travel. Through continuous initiatives like fleet renewal, SAF integration, and optimized flight operations, SAS is trying to do its part in shaping a more environmentally responsible future for aviation.
Tags: The Aviation Challenge (TAC), SAS
