Understanding Metallic Microlattice: Applications, Manufacturing, and Accessibility

Metallic microlattice is a groundbreaking material that has sparked curiosity and innovation across various industries. From aerospace to automotive, this material's unique properties have the potential to revolutionize the way we design and build structures. In this article, we will explore the applications, current manufacturing process, and opportunities for individuals to obtain a sample of this remarkable material.

What is Metallic Microlattice?

Metallic microlattice is a highly innovative material that is both lightweight and strong. Its structure consists of an arrays of hollow beams that form a micro-lattice, making it one of the lightest known materials in the world without compromising on its mechanical integrity. First developed by Ho Geng and colleagues in 2011, metallic microlattice has gained significant attention due to its unique properties and wide range of potential applications.

Manufacturing and Usage in Aerospace Industry

The aerospace industry has been among the pioneers in utilizing metallic microlattice. In 2020, Boeing and General Motors formed a joint venture to develop the manufacturing process for commercial production. According to Boeing, the goal was to bring the cost down to a level that would make microlattice viable for use in cars.

Cost and Quantities

Boeing reported that it would cost approximately $60,000 to create an airplane out of microlattice, weighing around 600 kilograms. This translates to a cost of $1000 per kilogram, which is significantly lower than previously reported costs.

Given that there are 600,000 grams in 600 kilograms, the cost per gram would be roughly $0.167. However, it is important to note that this is a rough estimate and actual costs may vary depending on the specific application and location.

Other Industries and Car Makers

Beyond aerospace, other industries such as automotive have expressed interest in metallic microlattice. General Motors, in particular, has been exploring its potential applications in vehicle design. The company anticipated that it would take another five years to develop a manufacturing process capable of producing microlattice at a cost low enough to be commercially viable for car production.

Contacting Manufacturers

If you are interested in obtaining a sample of metallic microlattice, your best bet is to contact the manufacturers directly. Westfield Technology Group and HRL Laboratories are two companies actively involved in the manufacturing and research of this material.

Westfield Technology Group

Westfield Technology Group operates the Autonomous Vehicles service in Kingswinford, United Kingdom. For inquiries about obtaining metallic microlattice, you may want to direct your request to them.

HRL Laboratories

HRL Laboratories, located in Malibu, California, is another company producing metallic microlattice. Connecting with HRL Laboratories directly can provide you with the information you need about obtaining samples of the material.

Public Engagement and Education

To support their efforts in introducing metallic microlattice, Boeing and General Motors have developed study kits for educational purposes. These kits allow students and researchers to study and experiment with metallic microlattice, fostering innovation and interest in this material.

Just as with their composite carbon fiber materials used in the building of the Dreamliner, the public relations aspect of these efforts is crucial. By generating positive feedback and fostering new applications and uses, these initiatives help to build public confidence in the potential of metallic microlattice.

In conclusion, metallic microlattice represents a significant advancement in material science, with its potential to transform industries. While it may be challenging for the average individual to obtain a sample, manufacturers such as Westfield Technology Group and HRL Laboratories offer opportunities for those interested in exploring its applications further.