I've been waiting to tell yall this for months now. Here it is.

Nope wrong. They are automated. They take out everything they cut through.

I'm not in production

A flatbed is not efficient for hauling dirt

The first .5% of the debris fields will start hitting the earth before this Halloween and through the winter. About another 3% of the debris field will hit throughout next year, but the largest percentage of the field between 20-33% will hit between 2022-24. Maybe another 4-7% between 2025-28. But I think 199/200 humans will be wiped out by late summer of 2022, Just an estimate, only time will tell what exactly happens. We've estimated that no more than 43% of the debris fields will hit the Earth.

I had a equipment mechanic from cowin talking to me about something similar the other day. I run excavators in Madison and we somehow stumbled on the topic of this uptick in the topic your discussing BM. I’m wondering if it isn’t to mine asteroids or drill them to maybe destroy any piece that may be left if we are entering a debris field??

Interesting..too much going on. We must not live in fear or we won’t survive. Everyone, get a grip on this. Go back to work. Make America great again. Focus on the possibly of a new future and adapting to it. We are more modern, don’t go backwards. Be united. Care for others.

You may be unaware that the region around Sudbury Canada is an asteroid impact site, and why its mineral wealth is there.

So asteroid impacts are already being mined, in Sudbury, where the worlds largest nickle mine is.

I can't say specifically at this point. But think ASTROPHYSICISTS .

And our minimum estimates of how much of the debris fields will hit is about 21%. So somewhere in the 21%-43% range should occur.

More info possibly connected.

"Insiders" have recently reported very large amounts of money(Federal) being set aside for "Cleanup"(debris removal).

And you do?

My job is actually to know as much as is possible.
You may not be aware of what it takes to build and maintain the type of tech OP claims.

A 24 foot cutter would need a casing of at least a foot thick of steel to not fold or wrinkle from rotatory forces that smaller can coring needs.
You dont control the required thousands of tons of steel and carbide with a portable compressor/hydraulics pumps/
If you use a vibrating technlology its even worse when trying to vibrate-abraid the degree of rock face to get any significant depth, the the motors and pumps for any of these.

Again, its not just about cutting a path in the rock, the rock has to be removed and the core drill doesnt do that, so that has to be done the old fashioned way, with drills, explosives and cranes.
Given that, theres no need for the vertical can borer in the first place. The may part of the TBMs is the spoils removal system, which doesnt work in a vertical boring can because it only cuts along its edges and leaves the core intact.

If I dont know anything about this, and I have an excavation company, then what do you know?

I did not...learn something everyday.

you like to type .

And you do?

My job is actually to know as much as is possible.
You may not be aware of what it takes to build and maintain the type of tech OP claims.

A 24 foot cutter would need a casing of at least a foot thick of steel to not fold or wrinkle from rotatory forces that smaller can coring needs.
You dont control the required thousands of tons of steel and carbide with a portable compressor/hydraulics pumps/
If you use a vibrating technlology its even worse when trying to vibrate-abraid the degree of rock face to get any significant depth, the the motors and pumps for any of these.

Again, its not just about cutting a path in the rock, the rock has to be removed and the core drill doesnt do that, so that has to be done the old fashioned way, with drills, explosives and cranes.
Given that, theres no need for the vertical can borer in the first place. The may part of the TBMs is the spoils removal system, which doesnt work in a vertical boring can because it only cuts along its edges and leaves the core intact.

If I dont know anything about this, and I have an excavation company, then what do you know?

For mining?

I like to disprove bullshit even more.
Most dont have my experience and skillsets and are prone to flights of fancy with minimum encouragement.

For mining?

you like to type .

One hope is the the US or Russia has weapons in space to help mitigate these threads. Weaponizing of space started as early as the 1970's when Russians had a 30mm gun aboard a Soviet space station for defence. It's speculated that both countries have been launching newer and better weapons, but very few if any know the true extend of whats really up there. If what you post is accurate then our hope is that the got something up there to hit these thing on arrival.

[link to phys.org (secure)]

I make large and small eath moving tools.

We have never been busier selling the large core bucket cutters. 24 ft wide. They go to government contractors and directly to the Pentagon.

We are sending flatbed after flatbed for months now.

Someone is realy doing some digging on a massive scale.

We've been on mandatory ot for 2 months now.

For mining?

excavating is cool.. respect..

Yep, rare earth minerals, not only used in your laptops, also used to build planes, ships and submarines.

A sub needs 2,900lb's of it. Pics on link below.


A snippit from the article will explain more:

CHINA DOMINATES RARE-EARTH PRODUCTION

In 2019, China was the number one producer of rare-earth minerals in the world by a significant margin, producing 62 per cent of all rare-earth minerals globally. Including 97 per cent of rare earth ore, 97 per cent of rare earth oxides, 89 per cent of rare earth alloys, 75 per cent of neodymium iron boron magnets (NdFeB) and 60 per cent of samarium cobalt magnets (SmCo).

For the United States, China’s near monopoly on certain rare earth minerals is extremely concerning. Approximately 80 per cent of all US rare earth mineral requirements are met by supplies from China, despite the United States possessing the second largest rare earth production capacity in the world.

[link to www.news.com.au (secure)]