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Scotch Whisky Ageing Experiment Planned for Space in 2028
Scientists in Scotland and Japan want to send whisky samples into space.
Their experiment is called Space Puffin and is planned for 2028.
A small satellite called a CubeSat will carry the samples and ingredients.
Real whisky barrels are too big and heavy to take on the satellite.
So the liquid will touch small pieces of oak wood instead.
Sensors will watch how the samples change without Earth's gravity.
The researchers hope to learn how space affects the way whisky develops.
What they learn might help distilleries make whisky on Earth.
Engineers in Scotland and Japan plan to study whisky ageing in space, with a mission scheduled for 2028.
The experiment, nicknamed “Space Puffin,” will use a CubeSat carrying whisky samples and raw ingredients.
Instead of heavy oak barrels, the samples will sit against oak wood chips in specialised micro-containers.
Sensors will track changes as the samples are exposed to space conditions, including weightlessness.
Researchers hope the results will reveal flavour-development processes and may inform distilling on Earth.
- Who
- Engineers and researchers from Scotland and Japan, including Dr Gilles Bailet of the University of Glasgow.
- What
- A planned CubeSat experiment to study how whisky samples and ingredients change in space.
- Where
- The samples are intended to be launched to the International Space Station and then deployed into orbit from its Japanese module.
- When
- The mission is scheduled for launch in 2028.
- Why
- To investigate how space conditions affect whisky ageing and flavour development, and potentially inform distilling on Earth.
Key facts
- Project nickname
- Space Puffin
- Planned launch
- 2028
- Spacecraft
- CubeSat
- Launch plan
- A SpaceX supply mission to the International Space Station, followed by deployment from its Japanese module
- Ageing setup
- Whisky samples will contact oak wood chips in specialised micro-containers rather than traditional barrels.
- Research focus
- How the space environment, including weightlessness, affects whisky ageing and flavour development
- Potential application
- Findings could influence ageing and fermentation techniques at terrestrial distilleries.
Quotes
Dr Gilles Bailet
University of Glasgow researcher involved in the CubeSat project
“We build our spacecraft to be able to get an environment which is better for the whisky, but this wood will breathe faster than on Earth. And so we are hoping that we'll be able to accelerate the ageing to be able to get something more interesting.”
NDTV
“But it's totally in the realm of [possibility] to bring back something like a litre of whisky within the next three to five years.”
NDTV









