CEO de Relativity Space habla del uso de cohetes impresos en 3D para llegar al espacio

The video discusses a $35 million Series B funding round aimed at expanding the team and advancing 3D printing technology for rockets. The company plans to conduct a fully 3D printed upper stage test and aims for a late 2020 launch. The cost of 3D printing rockets is compared to traditional methods, highlighting automation benefits. The company targets low Earth orbit satellite markets, offering cost advantages over competitors. Regulatory processes are outlined, and the potential for 3D printing in aerospace is explored, emphasizing future cost and efficiency benefits.

What is the primary use of the $35 million Series B funding round?

• To expand the team and scale technology

• To acquire another company

• To build a new headquarters

• To invest in marketing

What is the company's goal for the end of 2020?

• To partner with SpaceX

• To conduct a fully 3D printed upper stage test

• To launch a reusable rocket

• To build a new launch site

How does 3D printing reduce the cost of building rockets?

• By outsourcing production

• By eliminating the need for testing

• By reducing labor through automation

• By using cheaper materials

What is the main regulatory body for launching 3D printed rockets?

• The FAA

• NASA

• The Department of Defense

• The European Space Agency

What is the company's plan regarding launch sites by the end of the year?

• To use international launch sites

• To build a new launch site

• To secure a permanent launch site under contract

• To partner with SpaceX for launch sites

What is the potential future use of 3D printing in aerospace?

• To be widely used in aircraft manufacturing

• To replace all traditional manufacturing

• To be used only for small parts

• To be a niche technology

Why is 3D printing considered beneficial for aerospace manufacturing?

• It allows for heavier components

• It speeds up production and reduces costs

• It is less reliable than traditional methods

• It requires more material