- Swapping reindeer for an electric sleigh would save nearly 25,000 metric tons of CO2
- The Electric Car Scheme calculated emissions from Santa’s 160-million-kilometre festive journey
- Renewable-electric sleighs cut emissions by 75% compared with traditional transport
New figures from The Electric Car Scheme suggest Santa could dramatically reduce his Christmas Eve emissions by making the switch from a reindeer-powered sleigh to one powered by renewable electricity.
The calculations are based on Santa’s annual overnight delivery route, which covers roughly 160 million kilometres in just over 34 hours as he travels between homes worldwide.
At present, the reindeer-powered sleigh is estimated to generate approximately 33,200 metric tons of CO2 equivalent emissions. A large share of this total comes from methane produced by reindeer, a highly potent greenhouse gas that significantly increases the climate impact of the journey.
If Santa were to transition to an electric sleigh powered by renewable energy, emissions would fall to around 8,320 metric tons of CO2e. This represents a 75% reduction and offers a clear, seasonal example of how electric transport can play a crucial role in reducing emissions and supporting global climate goals.
The Electric Car Scheme’s comparative emissions analysis for the 160-million-kilometre journey:
Reindeer sleigh – 33,200 metric tons CO2e
Renewable Electric sleigh – 8,320 metric tons CO2e (75% reduction)
EU Electric mix sleigh – 10,080 metric tons CO2e (70% reduction)
Petrol sleigh – 22,880 metric tons CO2 (31% reduction)
Diesel sleigh – 27,680 metric tons CO2 (17% reduction)
While switching to petrol or diesel would reduce Santa’s carbon footprint, only electric-powered sleighs deliver the substantial environmental impact needed to meet net zero targets.
Thom Groot, CEO and co-founder of The Electric Car Scheme, commented:
“Santa’s journey is a useful illustration of why the switch to electric matters. Even using current European electricity grids, electric vehicles deliver 70% lower emissions than reindeer. But when you power them with renewables, you get a 75% reduction. This isn’t just about Christmas – it’s about how businesses and individuals across the UK can make meaningful environmental choices. Electric vehicles are already changing how we travel and reducing our carbon footprint.”
How electric vehicles compare across journeys.
Battery electric vehicles operating on the projected 2025 EU electricity mix produce approximately 63 grammes of CO2e per kilometre. Using renewable electricity, this figure drops to just 52 grammes per kilometre. In comparison, a medium petrol car emits 143 grammes of CO2 per kilometre, and a diesel car 173 grammes per kilometre.
The scale of difference becomes clear across longer journeys. Over 160 million kilometres – equivalent to more than 100,000 journeys from London to Sydney – the cumulative environmental benefit of switching to electric is substantial.
