New Hexagonal Wall Method Will Triple Boring Company Construction Speed

[Hamartia Antidote]

New Hexagonal Wall Method Will Triple Boring Company Construction Speed | NextBigFuture.com

The Boring Company (TBC) has been building tunnels at about 40 meters per day. This is for the digging and for the concrete reinforcement of the tunnel. Will

www.nextbigfuture.com

The Boring Company (TBC) has been building tunnels at about 40 meters per day. This is for the digging and for the concrete reinforcement of the tunnel. Will at the Boring Revolution Youtube channel has spotted hundreds of hexagonal concrete segments at the Boring Company. This means that Boring Company has changed its tunnel walls to hexagonal pieces. This will enable one type of wall segment and tunnel construction with tunneling and wall construction of over 100 meters per day.

This could nearly triple the construction speed. Will had been calculating that TBC Prufrock III machines would be able to build tunnels at 40 meters per day or 280 meters per week. Six machines would build 1680 meters per week. It would take 1.5 years to complete the 104,000 meters (64 miles) of the Vegas Strip construction project. Six machines each building 100 meters per day, 600 meters per week would enable 4200 meters per week. This would enable the completion of the Vegas tunnel and tunnel construction in about 6 months.

 

[Haldorss]

Where are the tunnels being made? Is this in preparation for ww3?

 

[Hamartia Antidote]

Where are the tunnels being made? Is this in preparation for ww3?

Eventually asteroid mining, moons, planets. This is why he is building AI robots and heavy lift rockets.

All part of a grande scheme.

AI in Robotic Asteroid Mining

AI in Robotic Asteroid Mining TS2 SPACE

ts2.space

...
One area where AI is expected to have a significant impact is in the realm of robotic asteroid mining. As we deplete Earth’s resources, the need to explore alternative sources of valuable materials becomes increasingly important. Asteroid mining presents a viable solution to this problem, and AI-powered robots could be the key to unlocking this untapped potential.

Asteroids are rich in valuable resources such as water, precious metals, and rare earth elements. These materials are essential for the development of advanced technologies, renewable energy systems, and space exploration infrastructure. By harnessing the power of AI, robotic asteroid mining could become a reality, enabling us to tap into these resources and fuel the growth of a sustainable space economy.