53

"Even in that simplified, proof-of-concept drone, the printed battery achieves a 50 percent boost in energy density, and uses 35 percent more available volume."

Interesting idea, though no word on cost. I doubt they could compete with the economies of scale lithium-ion batteries benefit from. Then again, it isn't always about being the cheapest. The world is full of hundreds of thousands of different models of machines that might benefit from this. Some people will happily pay extra to get a 50% boost in capacity.

Material’s Printed Batteries Put Power in Every Nook and Cranny

you are viewing a single comment's thread
view the rest of the comments
[-] Nikelui@lemmy.world 6 points 1 day ago

Does the extra capacity make up for the incresed consumption due to extra weight?

[-] danekrae@lemmy.world 9 points 1 day ago

You could get the same battery capacity in a smaller and/or more aerodynamic drone body, which would make it more efficient.

[-] CanadaPlus@futurology.today 2 points 11 hours ago

Also, the battery itself could be used to supply rigidity, meaning less devoted support structures are needed.

[-] givesomefucks@lemmy.world 0 points 1 day ago

...

Yes, if battery density wasn't enough to overpower the weight of the batteries, it would t fly to begin with.

Like, you didn't even have to click the article or even be able to understand that, it's me tioned in OPs summary

this post was submitted on 06 Feb 2026
53 points (100.0% liked)

Futurology

4037 readers
113 users here now

founded 2 years ago
MODERATORS