Microlattice is the lightest metal ever to be invented – the structure is 99.99% air
Aerospace Boeing has invented the lightest metal ever, called microlattice. The product is 99.99 per cent air and will be used as a primary component in aerospace engineering – it’ll be used to make space rockets.
By utilizing microlattice, Boeing could find ways to cut down on the weight of its jets and save substantially on fuel costs. It’s an important invention, because although it is lighter than foam, as it is made of metal it is very strong.
This will save a lot of money in fuel costs while still maintaining a strong structure.
The company released an informational video about the material earlier this month, which shows the metal in high definition and explains why it is so important.
“[the] metal-based microlattice structures are significantly less dense than the rarest aerogels and other ultralight foams, while exhibiting high strength and an unexpectedly high ability to absorb energy and recover shape after compression.”
The structure is comparable to the hollow honeycomb structure of bon, and is is composed of a network of thin, hollow struts. The struts are around 100 micrometers in diameter and have walls just 100 nanometers thick.
Microlattice was first announced in 2011 by a research team consisting of scientists at UC Irvine, HRL Laboratories and Caltech.
It can sit on top of a dandelion without crushing the seeds, and if dropped from a height ‘floats’ down to Earth like a feather.
Bill Carter, manager of the architected materials group at HRL, told the LA Times: “It’s sort of like a feather — it floats down, and its terminal velocity depends on the density,”
“It takes more than 10 seconds, for instance, for the lightest material we’ve made to fall if you drop it from shoulder height.”
More from Bizarre Science
Everything You Need to Know About NASA’s Cooling Systems That Will Keep Parker Solar Probe from Melting in the Sun
In 10 days time, NASA's Parker Solar Probe will embark on an unprecedented journey to the center of the solar system. …
Researchers at the University of Sussex and Swansea University have applied electrical charges to manipulate liquid metal into 2D shapes …
Among the brilliant theorists cloistered in the quiet woodside campus of the Institute for Advanced Study in Princeton, New Jersey, …