Skip to main content

Sip Scotch in space with Ballantine’s new Zero Gravity Whisky Glass

If there’s one drink you just can’t enjoy out of a vacuum-sealed sippy pouch with a straw, it’s whisky. Let’s face it — nothing strips the intrigue and finesse out of a venerable liquor like plastic and tubing, which is how astronauts today must consume most of their beverages.

But here to restore some dignity to this most dignified drink is Scottish distillery Ballantine’s, which has finally resolved astronauts’ pressing need for a zero gravity glass, allowing the denizens of the International Space Station to have a righteous night cap sans straw.

“When they go on a bit of an adventure, [whisky is] the thing people want to take with them.”

Clearly a forward-thinking company, Ballantine’s is anticipating the need for such a glass as the space tourism industry takes off over the next few decades. And given that the habits of the rich and famous, who will make up the first wave of space tourists, often include fine wines and liquors out of finer crystal and stemware, Ballantine’s is borrowing against future capital and meeting the demand they are sure will soon come.

Speaking with the New York Times, Peter Moore, the brand director for Ballantine’s, noted, “When they go on a bit of an adventure, [whisky is] the thing people want to take with them. This is about getting ourselves ready.”

And boy, are they ever ready. The glass is a piece of art in and of itself. A rose-gold-plated stainless steel convex base forms the foundation of the revolutionary vessel, with the surface tension maintained by its spiral design ensuring that the whisky will actually stay put and not float off in an amorphous blob. Beyond that, there’s a helix winding its way up the glass that contains a small channel, which uses capillary action to coax the whisky to yet another gold component — a mouthpiece — where the drinker takes a sip.

James Parr, who developed the glass for Ballantine’s, told GizMag, “We are using inertia and the notion that the whisky will stay at rest while the bottle and the glass is moved around the resting liquid. Motion one pulls the whisky into the base of the glass, then motion two is to roll the whisky in your hand and let the heat transfer through the metal base into the liquid itself. Step three involves then moving the glass down prior to moving your nose into the space where the vapors are resting. The final motion is to move the glass upwards to capture the liquid in the base plate and let it enter your mouth.”

Who knew drinking could be so complicated?

Ultimately, Parr noted, the goal was to recreate the experience of drinking whisky here on Earth, only in a zero gravity situation as one would have in space. Even the whisky itself had to be rethought a bit to ensure an analogous scenario.

“In space, you do not experience the sense of smell and taste with the same intensity as you do on Earth,” explained Sandy Hyslop, Ballantine’s Master Blender. “This meant I had to make the Ballantine’s Space Whisky more heightened in flavor and robust whilst maintaining the Ballantine’s signature style. Astronauts miss the taste of home so crafting a fruitier, stronger, more floral blend is a way they can keep the taste of home with them.”

While it may be a while yet before this whisky and whisky glass are put into action, it’s good to know that we’re well prepared for our space travels. After all, what better way to enjoy the view from way up there than with a good glass of whisky?

Lulu Chang
Former Digital Trends Contributor
Fascinated by the effects of technology on human interaction, Lulu believes that if her parents can use your new app…
Soar through the famous Cosmic Cliffs in this stunning NASA visualization
This landscape of “mountains” and “valleys” speckled with glittering stars is actually the edge of a nearby, young, star-forming region called NGC 3324 in the Carina Nebula. Captured in infrared light by NASA’s new James Webb Space Telescope, this image reveals for the first time previously invisible areas of star birth.

When the first images from the James Webb Space Telescope were released in 2022, one in particular became instantly iconic: a striking orange and blue view of the Carina Nebula, affectionately known as the Cosmic Cliffs. Now, a visualization from NASA gives a new way to experience that iconic image in 3D.

NASA scientists worked together with others from the Space Telescope Science Institute (STScI), Caltech/IPAC, Center for Astrophysics | Harvard & Smithsonian, and NASA's Jet Propulsion Laboratory to create this 3D visualization of the beautiful nebula. Using data from James Webb as well as the Hubble and now-retired Sptizer space telescopes plus the Chandra X-ray Observatory, you can see how the nebula appears in different wavelengths of light, from visible light to X-ray to infrared.

Read more
Hubble observes a rogue black hole devouring a star
Illustration of a tidal disruption event around a supermassive black hole.

Black holes are the hungry monsters of the cosmos: enormously dense objects that can suck in any material which strays too close and then devour it. Now, astronomers using the Hubble Space Telescope have observed a black hole in the act of devouring a star, ripping it apart and creating a huge burst of radiation.

It was this radiation burst, called a tidal disruption event (TDE), that allowed the researchers to identify the black hole. The TDE called AT2024tvd was notable for a particularly unusual reason: whilst most enormous supermassive black holes are located in the very center of a galaxy, this one was a wandering rogue.

Read more
No, Kosmos-482 didn’t land on anyone’s head
A mockup of the Venera 7 lander, similar to the object that fell to Earth. The Soviet's Venera 7 made it to Venus in 1970.

If you’ve been spending much of the last 24 hours inside a secure building fearing that a spent Soviet spacecraft part might land on your head, then the good news is that it's safe to come out now.

The object -- part of the Kosmos-482 spacecraft that launched 53 years ago -- crashed to Earth at around 9:24 a.m. Moscow time (2:24 a.m. ET) on Saturday, according to the Russian space agency Roscosmos.

Read more