New Hemp Cities $1,500,000 Action Plan 2021

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Computer Underground Railroad Enterprises ‘Using computers & other technology to help people be free!’ 3D, 4D, 5D Printing Buildings & Roads & Other Products Too!

(Harriet Tubman Photo: Image courtesy of Swann Galleries) Underground Railroad Station Cochise County, AZ - First Yr. Budget

NEW AGE PRINTING (3D, 4D, 5D PRINTING PLUS WHAT’S NEXT)

Develop and sell hemp / cannabis based new age printed products. Harriet Tubman Structures: Environmentally conscious & affordable! Learn & teach others how to new age print too in the next Roaring 20’s!

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TABLE OF CONTENTS

Three Questions ...... 3

Executive Summary ...... 4

New Hemp Cities Buildings Profit Potential ...... 6

Yes We Can New Age Print Self Assembling Homes ...... 7

Harriet Tubman Structures ...... 8

Message For Posterity - By Albert Einstein – 1938 ...... 9

Underground Railroad Mc Neal Station Details ...... 10 Expanding From Computer Training to New Age Printing Development & Training ...... 11 Mc Neal Station Site Pictures ...... 13 Arizona Is A Water Rich State – Aquafer Map ...... 14 Mc Neal Station 10 Acre Back Property ...... 15

New Hemp Cities Supporting Documentation ...... 16

How Moses Parted The Red Sea ...... 17

New Age Road & House Printers ...... 18 Contour Crafting Popular Mechanics Article ...... 18 Future of Road Repair May Belong to 3D Printing ...... 20 16 House Construction 3d Printers ...... 21 This robot can 3D print a building in 14 hours ...... 23 Why start New Age Printing in Cochise County, AZ? ...... 24 3-D Printing Offers New Approach To Making Buildings ...... 25 MIT develops solar-powered rolling robot that can 3D Print entire buildings ...... 28 Introducing BOD2...... 35 3D Construction Printing Course ...... 37

The Tapestry ...... 38

NHC Year One Projected Expenses $500,000 ...... 39

Three Questions

1. In this age of climate change, does building off the grid environmentally sound structures that are waterproof, dome shaped to reduce wind damage, fire resistant, and radiation reducing using NASA space travel magnetic shielding research, with 2 free energy systems plus an in house vertical farming as a fresh food source make sense? 2. Does using the new age 3d printing art and science called contour crafting that can build a 2,000 sq. ft. structure in less than 24 hours at up to 60% below traditional construction costs and/or printing self- assembling buildings that assemble in less than half an hour make sense? 3. Given the environmental, economic and nuclear situations we are dealing with, does a New Hemp Cities brand, Harriet Tubman style of environmentally conscious new buildings and roads, plus retrofitting existing structures at affordable rates make sense? Dome of a Home

(Above Structure NOT 3D Printed – Yet Can Be - Standing Dome House – A Style Example)

“This fabulous Monolithic Dome home on Pensacola Beach, Florida has successfully survived more than one hurricane. In 2004, the owners and an NBC News crew had permission to stay in this dome during Hurricane Dennis. (Chris Stickney)”

The purpose of the Mc Neal Underground Railroad station in Cochise County, AZ is to develop and sell hemp based new age printed buildings, roads & other products while teaching folks who want to know how to do the same thing. 3

Executive Summary

The great activist Jack Herer taught ‘hemp can save the planet.’ Let’s do it! Combining hemp and new age printing can help us save ourselves, and it’s becoming legal to do so. In May, 2018 Arizona’s Governor Ducey signed a bill legalizing growing hemp here starting in August 2019. In December, 2018, S 2667 Hemp Farming Act of 2018 was signed into law. New age printing is ready to rock product production techniques at their foundation.

‘How do you get to be one of the chosen? Choose yourself!’ This cyber branch of the original Underground Railroad has since 1984 used computers and other technology to help people be free. The work began before it was understood what it was. In the 1980’s we computerized many small businesses in midtown Manhattan. In the 1990’s we trained over 3,000 folks How To Compute at the urging of Mother Clara Hale. During this century we’ve focused on hemp / cannabis legalization, book publishing, environmental research, social media, etc.

The current mission is to construct environmentally conscious new age printed buildings and roads out of hemp while continuing earlier works. We published a 680 page report in 2017 on building cities and products out of hemp, including using new age printing. Thanks to the courageous work of Dr. Jeri Rose and Linda Nunez, we are on a gorgeous, inspirational location, working on a 10.4 acre property in Cochise County, Mc Neal, AZ. Going forward to get the job done! New age printing, we’re here.

Products: New Hemp Cities brand of Harriet Tubman style 3d printed roads and homes. Based on the old Sears House In A Box model, these safe, affordable easy to build structures are designed with the customer & the environment in mind. Harriet Tubman style structures uses contour crafting in hemp to make buildings of hemp plastic and hempcrete that are waterproof, dome shaped to make them more windproof, earthquake resistant, radiation reducing, strong, stylish, fire resistant, (with some self-assembling structures) that are off the grid. Hemp filaments, foods, men’s and women’s fashions, oil, paper & pulp, roads, and an ergonomic tool are also being developed for sale. Structures can also include vertical farming satellite sites, from where we can pre-sell crops grown in green houses and new age printing greenhouses for vertical farming of tabernanthe iboga (Ibogaine) too.

Sales & Marketing Strategy: Affiliate Marketing. Pay a sales commission on hemp products, 5% commission on fundraising. Marketing via Social Media! Blogs. Entertaining. Events. Interviews. Podcasting on Time4Hemp. Traditional sales & marketing strategies are also being incorporated.

Profit Potential: NHC Year One Projected Expenses are $1,500,000, excluding salaries. To date, this idea is working with a volunteer staff. When a $50,000 per house profit is reached, ten large buildings pays the principle initial and the rest is profit. Cyber training is tithing. Just pass it on to two folks. Conclusion: New age printing offers us an opportunity to print, make what we need, solving many problems based in lack. Finally, we have the tools we need to achieve world peace and beyond. Making our own ink, filament, fulfills the biblical prophecy of Babylon, where our language is no longer confounded. We can all speak web. Hemp, new age printing and wisdom are a winning combination to create great 21st Century products and services. Yes We Can Do The Right Thing! 4

Costs Based on Apis Contour Crafting Service Technique that builds a 2,000 sq. ft. building in less than 24 hours

3DP Net Cost Sq. Footage Gross Cost $20,000 400t $40K $40,000 800 $80K $100,000 2,000 $200K $200,000 4,000 $400K $400,000 8,000 $800K

Mission

*Package, sell then build new age printed structures & roads *Sub-contract &/or farm for the legal hemp / cannabis, food, etc. markets *New age print greenhouses for hydroponic / multi-story vertical farming *Create, make & sell hemp products, i.e. oils, foods, clothes, filaments, medicine, etc. *Restart basic computer training plus this time include new age printing

Mission Team

This branch of the Underground Railroad has been run since 1984 with an all volunteer staff. When the business plan is funded staff and consultancy positions are planned to be made available to the core crew first. Many more than the few listed here. Founder J. Nayer Hardin’s life was designed for this work. Typing since the 1960’s and on computers at the networks in New York in the 1970’s. she began this work by computerizing many NYC small businesses in the 1980’s and trained over 3,000 folks in the 1990’s as the Computer Underground Railroad, a cyber division of the original. In 1999 she helped produce the 1st Los Angeles Million Marijuana March, where she fell in love with her partner Sherwood Akuna. Inventor, artist and musician president Akuna is a multi-talented, instrumental force in this idea’s development and implementation of many operations, legalization, environmental and social justice issues. This idea is the result of thousands of people working together over a half century combining cannabis, prayer and computers. A short list: Dr. Jeri Rose, Dana Beal, Paul Benhaim, Takashi Okanuma, Johannes Bjarmarsson, Rw Akile, Chris Parent, Lloyd & Toni Hardin, Ashbell Mcelveen, Dr. Leroy Vaughn MD / MBA, Casper Leitch, Paul & Theresa Stanford, Ben Dronkers, Jacquie Hardin-Bailey, Iro I-Shyne Lewis, Tyrone Rouzan, Patrick Moore, Lee Reisch, Jeanette Perez, David Williams, Esteban Granados, Jeannie Herer, Melissa Balin, Kiama Robert, Neil London, Buz Scott, Chris Conrad & Mikki Norris, Leslie Hardin, Linda Nunez, Barbara Kakol, Robert & Connie Fitzpatrick Ellie & Karen Jones, Dara Johnson, Josiah Reynolds, Lawrence Serbin, John Lewis-Hall, Aron Kay, Ralph Suddath, Mary Ferguson, Time4Hemp, Hemp Environmental Forum and gratitude to the beyond living too, James & Mary Frances Turner, Mother Clara Hale, Sister Somayah Kambui, Richard M. Davis, Bernard Hirschenson, Rhonda Cobb, Jack Herer, Steve Danks, Jeff Clark, Jim Rosenfield, Darryl M. Stevens and many more, living and beyond living, who created and developed this idea to use computers and other technology to help people be healthy and free from evil and stupidity.

New Hemp Cities Buildings Profit Potential

70 dome houses were built for villagers who lost their houses to an earthquake in Indonesia's ancient city of Yogyakarta. The monolithic domes can withstand earthquakes and winds up to 190 mph. – Reuters

NEWAGE PRINTING BUILDING PRODUCTION COSTS

Production Factors Production Technique Notes

*Many municipalities don’t *“Hire good people, *Find and pay licensing fees have standards for new age pay them well and for Ten Fold Engineering printing structures yet let them do their jobs” self-assembling houses *Cochise County *Apis 3d printing service Bill Paley, Founder of CBS Mc Neal, AZ Building Codes costs of $10,000 for a 400 square foot house *Work with customers and *Some plots may be better commissioned sales people used for apartments, motels, Into the printing costs medical services, etc. must still be factored in: *Subcontract the printing to qualified firms *Smart, on-line community Permits for shopping & cannabis oil Power to the Structures *Get our own printers too - Land Clearing co-create educational, jobs & *Develop, test, market & sell Water/Sewage, Etc. business opportunities hemp / cannabis products 6

Yes We Can New Age Print Self Assembling Homes

TEN FOLD ENGINEERING

Licensing their technology soon

“EXTREME CLIMATES?

YES Ten Fold units can be adapted to extreme climates. Panels can be designed for extreme snow-loading. Joints, bushes and seals can be desert-proof. Modified structural designs can offer thicker insulation. High performance environmental systems can be incorporated. Different roof shapes offered by some designs are even more suitable for some scenarios.”

Harriet Tubman Structures

➢ Environmentally conscious 3d printed buildings and roads ➢ Rounded buildings to reduce wind damage ➢ Hempcrete to make the structures fire resistant & strong ➢ Hemp plastic layer / mix to make structures waterproof ➢ Radiation reduction layer using what NASA uses in space ➢ Indoor greenhouse floor, vertical farming – indoor safety core ➢ Free energy sources and batteries built into the structures ➢ Preferred locations on top of aquifers- build where the water is ➢ Retrofit existing structures and roads to make them safer too

We are going through the dawn of the Information Age, The Next Testament. Like the Moses style Underground Railroad Conductor Harriet Tubman, we are going through resistance to the truth that all men (with and without wombs) are created equal. Our special sauce is to use hemp and new age printing to help solve some of the world’s problems like homelessness (quickly making new age print houses), hunger (grow food in these homes), depression (color changing walls & quiet / prayer room), joblessness (retrofit old buildings to factor in climate change survival), etc. Soon to appear on the face of the $20 bill, Harriet Tubman is known for never losing a passenger on her successful missions to free over 300 souls. Her techniques as described in her biography by Sarah Bradford involved intuition-based safety, economy and faith that the best way is being provided by the Lord. What does Harriet Tubman have to do with new age printing strong, affordable and safer than traditionally built square or rectangular buildings? Everything! Her inspiration, like the biblical Moses before her, was to get people safe, living life free! These environmentally conscious structures are designed with safety in mind, off the grid, free from electric and water bills. They are being developed to meet the needs of our brave new, climate changing world. Remember, the time to prepare for a disaster, like a flood or fire or nuclear plant “accident,” is before it happens. Safe: Tubman style of structures and roads are fire resistant using the hemp based concrete hempcrete, waterproof by including a layer of ABS hemp plastic, dome shaped to reduce wind damage, a radiation reduction layer based on NASA space travel - using MIT’s method to 3d print magnets. Factored into the architecture are inspirational designs that can even include a transparent top floor tabernacle/prayer room for sky watching. Affordable: Tubman financed her missions, not easy. Tubman houses will be affordable because we pass great savings onto our customers. Using the contour crafting technique brings construction and road building costs down considerably, an estimated 40%-60%. Using locally grown hemp that we process into filament further increases profits. One of the theories we are testing is if most of the filament, ink for the big printers, is locally grown and produced, after the equipment is paid for, can construction costs be brought down even more. Locally grown raw resource materials, i.e. hemp, from vertical farms can produce an even greater reduction in production costs. Structures are being planned to be off the grid and easy to maintain, promoting ever greater freedom. Simple to build: Design it on a computer. Prepare the land. Set up the printers. Print / build. Contour crafted homes can be constructed (printed) quickly with a small construction crew. A 2,000 sq. ft. structure can be made in less than 48 hours with the printers in place. As we make the jump from dot matrix style to laser style printing, the simplicity in construction will be profitable and enriching.

8 Message For Posterity - By Albert Einstein – 1938

Photo by Joe Kohn – There’s a message in Einstein’s fingers!

“Our time is rich in inventive minds, the inventions of which could facilitate our lives considerably. We are crossing the seas by power and utilize power also in order to relieve humanity from all tiring muscular work. We have learned to fly and we are able to send messages and news without any difficulty over the entire world through electric waves.

However, the production and distribution of commodities is entirely unorganized so that everybody must live in fear of being eliminated from the economic cycle, in this way suffering for the want of everything. Furthermore, people living in different countries kill each other at irregular time intervals so that also for this reason any one who thinks about the future must live in fear and terror. This is due to the fact that the intelligence and the character of the masses are incomparably lower than the intelligence and character of the few who produce something valuable for the community.

I trust that posterity will read these statements with a feeling of proud and justified superiority.”

Above from Einstein’s book OUT OF MY LATER YEARS! These words are included without the permission of Einstein’s estate. Through education and sharing we increase our chances of saving ourselves. Those with more knowledge about something must share with those who have less. No place is this more needed than in the life supporting system new age printing offers. Print what you need.

With the massive information found on computers, web, TV, etc. we are limited only by our imagination on how to solve our problems. In our post Babylon world, we once again are speaking the same language, web. We put our thoughts in to our devices and a person we’ve never met becomes family.

9 Underground Railroad Mc Neal Station Details

Our new location is in Mc Neal, Arizona thanks to respected, effective multi decade hemp activist Dr. Jeri Rose, who has been a CURE Conductor since 1999 and brilliant Realty Executives’ Linda Nunez.

Rose is the genius that negotiated and put up the capital for a house, shop and 10.4 acres of property. When all looked hopeless in the Cochise County property search process, Nunez stayed on it being the champion she is, finding this perfect, affordable starter property.

From here the business plan, product development, sales and farming are being done. Of course we will have a 3d printing technology lab too in the shed on the Mc Neal property. There is room to build here.

Purpose: Create and sell cannabis / hemp new age printed products on line. Continue as a proving ground for creating and selling safe, environmentally conscious building and roads with hemp as the dominate filament (ink). Restart and expand computer training. The new age printing training is being based on the Veterans Administration’s training program, plus continuation of the 35 years of cyber education plus whatever other qualified educational tool we find works. Starting Location: Mc Neal, Arizona 85617 in the great Cochise County. AZ Land Size: 10.4 acres – up to 10 acres available to sublease to qualified farmers initially House Size: 1,800 sq. ft. – planning new age printed in hemp ‘bud & bed’ motel plus house Water Source: Well – as soon as possible add a Hydreva magnetic water system Energy Source: – Currently on commercial power, working to shift to magnetic &/or solar

Panoramic Back Yard View From Mc Neal Underground Railroad Station

10 Expanding From Computer Training to New Age Printing Development & Training

World's first 3D printed house is completed Apis Cor 3D Printed a House after just 45 DAYS in revolution for home building in 24 Hours for $10,000

JUST IN TIME FOR THE FUTURE! Harlem, NY’s Mother Clara Hale commissioned us to use technology to help people be free, bridging the digital divide to save lives. The same is true for emerging and empowering technologies, i.e. new age printing. A quarter century after Mother Hale’s death, her words are more applicable today regarding new age printing. We have the opportunity to print what we need, with economics not the huge barrier it once was. It is important that we wisely conduct ourselves to use new age printing technology to both save lives and make the world better. Many of the world’s problems like homelessness and hunger can be dramatically reduced by transforming raw or slightly refined materials into needed objects from hemp papers, plastics, fabrics, foods, hempcrete concrete, stone, etc. This Underground Railroad Station is in operation in Mc Neal, AZ. Our purpose is to combine new age printing and hemp to make the world better. We are working as a proving ground and product development / sales center for new age printed products. The technique involves innovation, education and production of hemp based new age printed products. There are also plans in the works to become a broadcast station for Time4Hemp (now a) Global Broadcasting Network started by Casper Leitch in 1991, a huge archive of hemp information. As law permits, we will be growing hemp / cannabis plus other plants to be transformed into filament and food. Since at least 3d and 5d printers can print new age printers, we have many areas to explore and develop to begin sales by May 1, 2019. We’re also updating training for basic computer use as we develop 3d printing plans and training too. IPhone training will be a series of YouTube videos. The expansion is in the field of printing structures and roads. As we learn, we teach. What is done here in the Mc Neal proving ground station will serve as a model for where needed. We’re encouraging both houses of worship and 501(c)3’s to participate. Like here serving veterans, seniors, families, etc, these new age production and training centers are helping people be happy, healthy through reduced stress and productive. How? Break the chains of ignorance and lack. Second hand information in the information age is the new slavery. Those who have to go to others for their daily data find it old news when they get it, if they get it. As we learned from Apple and Microsoft, the constructive cutting-edge is the place to be regarding technology. We’re here!

11 With a CAD (computer aided design) file, computer and new age printers, we can make what we need with whatever materials will go through the printer, from cells to graphene. It’s the end of Babylon. As we move away from mass manufacturing policies of the industrial age and more into the wisdom based policies of the information age, the opportunity to new age print items is already available. A community based new age printing skills & innovations center is an opportunities bridge. Here are some links to examples of the VA’s 3d printing training program in action. 3D Veterans Completes First Educational 3d Printing Bootcamp Stratasys 3D Printing of Prosthetics Devices Spurs Innovation for VA Challenge 3D Printers Lend a Helping Hand to VA Occupational Therapists - Stratasys Blog Vocational Rehabilitation and Employment (VR&E) Home 3D Printing at the US Department of Veterans Affairs – Boundless opportunities to innovate veteran’s healthcare.

Papers and Proposals: New Hemp Cities 680 Page Research Proposal Autumn 2017 How To Compute – Training Notes used in the 1990’s New York classes The cost of this training is that folks pass it onto at least two other people. Hemp Empowerment Mission Program – Foods Hemp Oil Mission Hemp For Victory 3D – 4D Printing Hemp Books: Hemp For Victory: A Global Warming Solution by Richard M. Davis - Review Copy .pdf Hemp For Victory: The Wonder Herb by Richard M. Davis - Review Copy .pdf Hemp For Victory: The Trillion Dollar Crop by Richard M. Davis - Review Copy .pdf

Affiliate Programs:

Elixinol Hemp Oil - Hemp Traders - Kannaway Cannabis Oil

12 Mc Neal Station Site Pictures

Office North Side Shot of Back Yard

East From The Back Porch South Shot of Front Yard

World Peace Logo President, Sherwood Akuna Art in Back Yard Shoring & Shaping Up By Sherwood Akuna The Proving Grounds

13 Arizona Is A Water Rich State – Aquafer Map

WISE UP!

When the problem is a lack of water The solution is go where the water is. When the problem is a lack of clean water The solution is to the clean water Use Hydreva

For really clean water All the way down to its memory

Computer Underground Railroad Station is close to Tucson, Douglas & Bisbee, AZ Lower right hand corner of map is where station is being set up. No water bill or rationing!

14 Mc Neal Station 10 Acre Back Property

10 acres of raw land for 3d printing buildings & roads, vertical farming greenhouses, open field planting…

15 New Hemp Cities Supporting Documentation

1. U.S. Senate Unanimously Approves Hemp Measure 2. Arizona Governor Ducey Signs Bill Allowing Industrial Hemp 3. New Hemp Cities original announcement link - Nov. 2016 4. New Hemp Cities 680 Page Research Proposal Autumn 2017 5. New Hemp Cities 2018 Update 6. Vote Hemp 7. FEMA Dome House article - Florida house / environmentally fortified structures. 8. Colorado Dome House, 1970's 9. Contour Crafting Site – 3D printing construction technique 10. Hemp and 3d / 4d printing 11. Ten Fold Engineering – Self Assembling Buildings Site 12. Other books published or co-published Black People And Their Place In World History by Dr. Leroy Vaughn, MD, MBA Black People And Their Place in World History- Print Paperback DePalma, Free Energy and the N-Machine - Print Hardcover Why I Survive Aids: by Niro Markoff Prelude To Intimacy by Ira Einhorn Hidden Treasures Hands of Clay by Almazetta Casey, J. N. Hardin & S. Akuna 13. Additional Relevant Blog Posts Phytoremediation How To Bridge The Digital Divide How To Fix Fukushima World Trade Center Illness Research 14. USA Hemp Museum 15. Hemp: A New Crop with New Uses for N. America by Ernest Small and David Marcus 16. Akuna Brass Catcher by Sherwood Akuna 17. Hemp Industries Association 18. Kyoto Hemp Forum, 2016 19.Time4Hemp 20. Results of EMF radiation shielding of new built hemp home

16 How Moses Parted The Red Sea

A Theory by J. Nayer Hardin

Moses had a job to do. He had to get his people out of slavery and into the promised land of freedom. To accomplish this task, he had to first go inside of himself, ask for divine guidance and intervention, and then stay alert for the Lord’s coincidence. (Coincidence is the Lord working under cover.) All faith had to be replaced with the knowledge that the Lord is working in all things for the highest good. Since Moses was raised in Pharaoh’s wealthy home, he knew the people who traded silks and spices between the Far East and Egypt. He was guided to network his way back to them and asked them for advice. They told him about a route along the northern part of the Red Sea that had a big piece of land on the other side that was only being used by a few no-mads. A perfect place for Moses to take his people. And since Pharaoh was mad at Moses anyway, it seemed the easiest and best alternative available. So Moses and his friends spread the word that he was going to the Promised Land. The people followed. Because Moses was humble enough to ask for help, he was lead to where to find food and water and safe passage over what was then rough terrain. Manna from heaven was the fruit of the big, moist fruit trees that populate the route. He knew where to find them. The drama concept was provided by reality. There is a place at the northern part of the Red Sea where it comes close to the Mediterranean Sea. This parcel of land is below sea level. Because of this, an optical illusion occurs. From one position the two bodies of water are separate, from another, the bodies of water seem joined. At the time many were uneducated, maps of that area were rare and there was no internet. The travelers and traders would have told Moses where to slam the stick so it looked like he was parting the waters, an empowerment exercise. After a bit of emotional drama, they arrived, only to find out forty years later that they had been there all the time. Pharaoh’s soldiers on the other hand went into terrain that they were unfamiliar with and sustained substantial losses while looking for Moses and his people. For example, they can follow the tracks but not know how much ground to cover per day to get to the next resource. The only thing the ego can be counted on to do is not admit blame for failure. They, because of their unacceptably high losses, they may have come back with the story of the parting of the Red Sea in an effort to save face. Remember, if you want to part your own Red Seas, go inside first and ask for divine guidance, listen for the answers, and follow the Lord’s lead. It’s easy to find. It’s the one based on love and the highest good for all concerned. It seems Harriet Tubman used the same techniques when she was leading people to freedom. She never lost a passenger. We are parting the Red Seas of lack, fear and ignorance to co- create a better world while making a fair profit on products we make and sell.

17 New Age Road & House Printers

Contour Crafting Popular Mechanics Article

You've probably heard about 3D printing's incredible potential to overhaul manufacturing. The same principles could upend building construction too.

Contour crafting is the brainchild of Behrokh Khoshnevis of the University of Southern California. The process involves feeding data to a machine that sprays and smooths out walls and structural components using nozzles, arms, and other tools. Khoshnevis' team imagines using this technology for commercial construction, low-income and emergency housing, and possibly space colony construction.

The nozzles spray concrete along a contour path to shape the walls of a structure, hence the name. Setups can be configured in a variety of ways and can incorporate other equipment as well. The concrete mix is provided by USG, a worldwide construction materials company. Caterpillar, a major construction equipment manufacturer, has put investment into research of the technology.

The arms and nozzles make multiple passes to reinforce the materials. Buildings are essentially assembled in layers automatically along a grid: One section of the machine moves vertically, while another moves horizontally.

The speed at which a building can be built using this technology and the design quality of the finished product may enable it to become the construction industry's next big thing, according to Times Journal of Construction and Design. The benefits could include a safer work zone, speedy completion, and consistent quality. Machines do all the work with amazing efficiency, which could also mean significant cost savings through a decrease in human labor.

18 Large construction enterprises may have to use custom configurations with multiple machines, and possibly other equipment for support initially, or they may require larger-scale machines that are developed with these huge projects in mind. But smaller construction jobs would need only a basic configuration with one machine. Components such as siding, windows, and fixtures may also be installed by robotic arms, either automated in conjunction with contour crafting or as a part of the process itself. Contour crafting might be a solution for building emergency housing thanks to its speed and low construction costs. It could be used for new construction in developing nations, too.

Contour crafting could even be used in space. Countries including the U.S., China, and Russia have discussed long-term missions on the moon and Mars. Khoshnevis believes his technology is the answer for building robust structures on other worlds. He also believes materials on the moon can be used to fabricate structures and other useful goods for lunar habitats.

Research is ongoing to determine the best geometric design schemes for architecture design use, methods of material delivery, and other aspects of the process. – End of article

19 Future of Road Repair May Belong to 3D Printing Posted by: John Newman in Automotive, Process Development January 20, 2016

If you live anywhere with four distinct seasons, you’ll know it’s possible to follow the turning of the year by the kind of hazards found on the roads. Summer brings construction barrels, and fall brings holiday traffic. Winter brings ice and snow, which begets potholes, the scourge of the modern world, in the spring.

The only thing worse than a pothole large enough to swallow a smart car is the traffic-disrupting heavy equipment brought in to fix the holes. The drivers of seasonal climes need a hero, and that hero may have appeared in the form of a 3D printing robot called Addibot. Developed by Robert Flitsch, a Harvard grad, Addibot could usher in a future of 3D printed road repair. The Addibot with its creator Robert Flitsch. Courtesy of Harvard

Saving drivers from hours of frustration or the expense of new tires wasn’t the Flitsch’s original intent. A lifelong hockey fan, Flitsch originally designed the Addibot as an autonomous Zamboni-like ice resurfacing machine. He envisioned the little machine wandering around an ice rink filling the scrapes made by skaters. Flitsch soon realized a mobile 3D printing unit could complete other, perhaps more profitable, tasks.

“By making the additive manufacturing components completely mobile, you break free of all the workspace limitations of 3D printing,” Flitsch said. “But Addibots also greatly open the field to many new application spaces for additive manufacturing.”

Instead of squirting near-freezing water into scrapes, Flitsch is attempting to redesign the robot to work with tar and asphalt. In place of workers simply dumping loose material into a pothole or crack and smoothing it down, Addibot could insert material that conforms to the dimensions of a hole and fill it with layers of material that (hopefully) won’t simply get torn back out the next time a snow plow drives past.

The biggest obstacles to transitioning the Addibot from ice to asphalt are temperature and material bulk. Flitsch needs to redesign the system to work with hot materials, rather than cold ones. He also needs to come up with some sort of complimentary system capable of toting around large quantities of street repair materials.

http://www.rapidreadytech.com/2016/01/the-future-of-road-repair-may-belong-to-3d-printing/

20 16 House Construction 3d Printers https://www.aniwaa.com/house-3d-printer-construction/ This table shows our selection of 16 house construction 3D printers available on the market in 2018. They are ranked by category (house 3D printers, prototype, or service). It is possible to rank these house 3D printers by material, country or build size by clicking on that specific column title. “INFORMATION IS TRANSFORMATION” Pastor: Rev. Isaac Pitre, Sr. Phoenix, Arizona

House 3D Build Size Category Country Material printer (meters)

BetAbram House 3D 1.6 x 8.2 x 2.5 Slovenia Concrete

P1 printer

Cazza House 3D up to 5m in United States Concrete

X1 printer height

Machines-3D 3D House 3D 1.8 x 1.8 x 1.6 France Concrete/Earth

Constructor printer materials

3D Printhuset 3D Prototype 8 x 8 x 6 Denmark Concrete printer

MIT Digital Prototype 1.52 x 1.52 x United States Earth materials Construction 36.6 Platform

Stroybot2 Prototype United States Concrete

V2 Vesta 3D Prototype 3 x 3 x 3 United States Concrete printer

WASP BigDelta Prototype Italy Concrete/Earth materials

21 House 3D Build Size Category Country Material printer (meters)

Apis Cor 3D Service 8.5 x 1.6 x 1.5 Russia Concrete

printer

Batiprint3D 3D Service up to 7m high France Polyurethane/Concrete printer

Contour Service United States Concrete

Crafting

CyBe Service 2.75 x 2.75 x 2.75 Netherlands Concrete Construction CyBe R 3Dp

DUS Service 1.6 x 1.6 x 4.5 Netherlands Recycled/Bio-based Architects XL 3D printer (KamerMaker)

HuaShang Service China Concrete Tengda 3D printing system

Imprimere Service 5.75 x 6 x 6.25 Switzerland Concrete AG BIG 3D-

Printer 2156

XtreeE Service France Concrete

Drone photo of part of the 10.4 acres in Cochise County Mc Neal, AZ 85617

22 This robot can 3D print a building in 14 hours

by Kaya Yurieff @kyurieffMay 2, 2017: 2:30 PM ET https://money.cnn.com/2017/05/02/technology/3d-printed-building-mit/index.html/

A giant robot can now 3D print a building.

Researchers from the Massachusetts Institute of Technology have created a robotic system that built the basic structure of a building in less than 14 hours. The dome-like structure is 50 feet in diameter and 12 feet high.

The prototype is essentially a vehicle with a large industrial robotic arm for reach, and a smaller arm for dexterity. Different tools can be attached to the smaller arm, such as a welding system or a spray head that shoots out building materials like foam.

"With this process, we can replace one of the key parts of making a building, right now. It could be integrated into a building site tomorrow," said Steven Keating, co-author of a paper published in the journal "Science Robotics."

Related: A Formula 1 team is 3D printing race car parts

The technology could allow for faster, cheaper and more adaptable building construction compared to traditional methods, according to the researchers. Unlike other 3D printing systems, their free-moving design can create an object of any size.

MIT's system -- called "Digital Construction Platform" -- is intended to be self-sufficient, but right now it requires humans to monitor it for safety reasons. In the test, the researchers programmed the prototype to create a dome and used a spray foam commonly used in buildings and homes. The whole system can be powered electrically or with solar panels.

23 The 3D printing industry has been growing in recent years. In February, startup Apis Cor announced it built a 400-square-foot house in Russia, using about $10,000 worth of materials and a 3D-printing robot. In 2015, Oak Ridge National Laboratory 3D printed a mobile home, and a 3D-printed backyard castle was built in Minnesota the prior year.

Related: Adidas unveils new 3D printed shoe

The MIT researchers want to deploy their system in remote regions, such as in the developing world or in disaster relief areas, for example after a major earthquake, to provide shelter quickly. But that could be five to 10 years away, Keating, the paper co-author, told CNN Tech.

The long-term vision is for the system to work in places such as Antarctica, the moon and Mars to make buildings out of local materials like ice or moon dust. Keating declined to give a specific timeline, but he said technology like this could be ready in 50 years or sooner.

CNNMoney (New York) First published May 2, 2017: 2:22 PM ET – End of article

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➢ Relatively low cost of living ➢ On a large aquafer with plenty of clean water, apx. 4,000 ft. elevation ➢ Great, ethical economic, cyber and social opportunities ➢ A perfect place to raise a family, retire and/or run an on line business from ➢ Plenty of clean land to help resettle the large coastal areas in danger of extreme climate change, i.e. Red Tide, polar ice caps melting / breaking off, “leaking” nuclear plants - Fukushima, lead

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24 3-D Printing Offers New Approach To Making Buildings

Technology developed at MIT could enable faster, cheaper, more adaptable building construction. Watch Video David L. Chandler | MIT News Office - April 26, 2017 http://news.mit.edu/2017/3-d-printing-buildings-0426 MIT researchers have designed a system that can 3-D print the basic structure of an entire building. The system consists of a tracked vehicle that carries a large industrial robotic arm, which has a smaller, precision-motion robotic arm at its end.

The list of materials that can be produced by 3-D printing has grown to include not just plastics but also metal, glass, and even food. Now, MIT researchers are expanding the list further, with the design of a system that can 3-D print the basic structure of an entire building.

Structures built with this system could be produced faster and less expensively than traditional construction methods allow, the researchers say. A building could also be completely customized to the needs of a particular site and the desires of its maker. Even the internal structure could be modified in new ways; different materials could be incorporated as the process goes along, and material density could be varied to provide optimum combinations of strength, insulation, or other properties.

Ultimately, the researchers say, this approach could enable the design and construction of new kinds of buildings that would not be feasible with traditional building methods.

The robotic system is described this week in the journal Science Robotics, in a paper by Steven Keating PhD ’16, a mechanical engineering graduate and former research affiliate in the Mediated Matter group at the MIT Media Lab; Julian Leland and Levi Cai, both research assistants in the Mediated Matter group; and Neri Oxman, group director and associate professor of media arts and sciences.

The system consists of a tracked vehicle that carries a large, industrial robotic arm, which has a smaller, precision-motion robotic arm at its end. This highly controllable arm can then be used to direct any conventional (or unconventional) construction nozzle, such as those used for pouring concrete or spraying insulation material, as well as additional digital fabrication end effectors, such as a milling head.

Unlike typical 3-D printing systems, most of which use some kind of an enclosed, fixed structure to support their nozzles and are limited to building objects that can fit within their overall enclosure, this free-moving system can construct an object of any size. As a proof of concept, the researchers used a prototype to build the basic structure of the walls of a 50-foot-diameter, 12-foot-high dome — a project that was completed in less than 14 hours of “printing” time.

For these initial tests, the system fabricated the foam-insulation framework used to form a finished concrete structure. This construction method, in which polyurethane foam molds are filled with concrete, is similar to traditional commercial insulated-concrete formwork techniques. Following this approach for their initial work, the researchers showed that the system can be easily adapted to existing building sites and equipment, and that it will fit existing building codes without requiring whole new evaluations, Keating explains.

25 Ultimately, the system is intended to be self-sufficient. It is equipped with a scoop that could be used to both prepare the building surface and acquire local materials, such as dirt for a rammed-earth building, for the construction itself. The whole system could be operated electrically, even powered by solar panels. The idea is that such systems could be deployed to remote regions, for example in the developing world, or to areas for disaster relief after a major storm or earthquake, to provide durable shelter rapidly.

The ultimate vision is “in the future, to have something totally autonomous, that you could send to the moon or Mars or Antarctica, and it would just go out and make these buildings for years,” says Keating, who led the development of the system as his doctoral thesis work.

But in the meantime, he says, “we also wanted to show that we could build something tomorrow that could be used right away.” That’s what the team did with its initial mobile platform. “With this process, we can replace one of the key parts of making a building, right now,” he says. “It could be integrated into a building site tomorrow.”

“The construction industry is still mostly doing things the way it has for hundreds of years,” says Keating. “The buildings are rectilinear, mostly built from single materials, put together with saws and nails,” and mostly built from standardized plans.

But, Keating wondered, what if every building could be individualized and designed using on-site environmental data? In the future, the supporting pillars of such a building could be placed in optimal locations based on ground-penetrating radar analysis of the site, and walls could have varying thickness depending on their orientation. For example, a building could have thicker, more insulated walls on its north side in cold climates, or walls that taper from bottom to top as their load-bearing requirements decrease, or curves that help the structure withstand winds.

The creation of this system, which the researchers call a Digital Construction Platform (DCP), was motivated by the Mediated Matter group’s overall vision of designing buildings without parts. Such a vision includes, for example, combining “structure and skin,” and beams and windows, in a single production process, and adapting multiple design and construction processes on the fly, as the structure is being built.

From an architectural perspective, Oxman says, the project “challenges traditional building typologies such as walls, floors, or windows, and proposes that a single system could be fabricated using the DCP that can vary its properties continuously to create wall-like elements that continuously fuse into windows.”

To this end, the nozzles of the new 3-D printing system can be adapted to vary the density of the material being poured, and even to mix different materials as it goes along. In the version used in the initial tests, the device created an insulating foam shell that would be left in place after the concrete is poured; interior and exterior finish materials could be applied directly to that foam surface.

The system can even create complex shapes and overhangs, which the team demonstrated by including a wide, built-in bench in their prototype dome. Any needed wiring and plumbing can be inserted into the mold before the concrete is poured, providing a finished wall structure all at once. It can also incorporate data about the site collected during the process, using built-in sensors for temperature, light, and other parameters to make adjustments to the structure as it is built.

26 Keating says the team’s analysis shows that such construction methods could produce a structure faster and less expensively than present methods can, and would also be much safer. (The construction industry is one of the most dangerous occupations, and this system requires less hands-on work.) In addition, because shapes and thicknesses can be optimized for what is needed structurally, rather than having to match what’s available in premade lumber and other materials, the total amount of material needed could be reduced.

While the platform represents an engineering advance, Oxman notes. “Making it faster, better, and cheaper is one thing. But the ability to design and digitally fabricate multifunctional structures in a single build embodies a shift from the machine age to the biological age — from considering the building as a machine to live in, made of standardized parts, to the building as an organism, which is computationally grown, additively manufactured, and possibly biologically augmented.”

“So to me it’s not merely a printer,” she says, “but an entirely new way of thinking about making, that facilitates a paradigm shift in the area of digital fabrication, but also for architectural design. … Our system points to a future vision of digital construction that enables new possibilities on our planet and beyond.” – End of article

New Age, 3d printing, 4d printing, 5d printing plus what’s next can help heal homelessness.

New Age Printing - What’s the difference between 3d , 4d & 5d? Like traditional paper printers, both squirt out ink / filament based on computer instructions from what is frequently called a CAD – Computer Aided Design File 3d printing prints like a dot matrix printer from a large, though traditional style print head. 4d printing prints in one form and takes its shape in another place, self-assembling, stretching

5d printing moves both the printer head and the base it’s being printed on for a stronger object.

We’re calling this New Age Printing – leaving room for what’s next, like laser printing!

27 MIT develops solar-powered rolling robot that can 3D Print entire buildings

MIT’s machine has created the largest 3D printed structure to date Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

The machine—dubbed a ‘digital construction platform (DCP)—is kitted out with solar panels to generate its power, yet can also run on electricity. the researchers behind the project at Mediated Matter claim that the new technology will be able to construct types of buildings that would simply not be feasible with traditional methods. by making the machine autonomous, the idea is that eventually it could be sent off to natural disaster zones to construct emergency housing all on its own. the researchers even hope to be able to send the machine off into space, to start knocking together accommodation on the moon or even on mars.

The machine is equipped with solar panels for autonomous power Image courtesy of MIT

The robot consists of a tracked vehicle, which carries a large, industrial robotic arm with an additional precision-motion robotic arm on the end. this enabled the arm to be controlled to minute details, and makes for the possibility highly customizable results in the future. the robotic arm can be used to direct any conventional construction nozzle, whether it be to pour concrete or spray on insulation material.

The DCP took 14 hours to print to structure

Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

The design elements that allows the machine to operate on such a large scale is not its size, but the fact that the robotic arc is free-moving— meaning that unlike conventional 3D printing-systems, the arm is not supported within a fixed structure.

The free range of the machine made it possible to ‘print’ out the walls of a 50 ft wide, 12 ft high dome in just 14 hours. the machine can be used with a whole range of materials and could be used to fabricate structures in a single build, with concrete walls that seamlessly fuse into glass windows.

29 {Photo below also in CNN article, page 23 – Repeated for article integrity}

The idea is for the machine to be used to print emergency housing in disaster zones Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

Professor Neri Oxman, group director and associate professor of media arts and sciences explains her vision for the project to MIT news, detailing that ‘it’s not merely a printer but an entirely new way of thinking about making, that facilitates a paradigm shift in the area of digital fabrication, but also for architectural design. our system points to a future vision of digital construction that enables new possibilities on our planet and beyond.’

The machine can be used to build with many different materials Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman --- {We can lay on top a clear hemp ABS plastic dome 10x stronger than steel for sky watching.}

The robotic arm is fitted with any conventional construction nozzle Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

The whole building measures 50 ft wide by 12 ft high Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

The machine represents a new future for digital construction on our planet and beyond Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

The domes could eventually be built in space Image courtesy of Mediated Matter, Steven Keating, Julian Leland, Levi Cai, Prof. Neri Oxman

Overall enclosure, this free-moving system can construct an object of any size. As a proof of concept, the researchers used a prototype to build the basic structure of the walls of a 50-foot-diameter, 12-foot- high dome — a project that was completed in less than 14 hours of “printing” time.

32 For these initial tests, the system fabricated the foam-insulation framework used to form a finished concrete structure. This construction method, in which polyurethane foam molds are filled with concrete, is similar to traditional commercial insulated-concrete formwork techniques. Following this approach for their initial work, the researchers showed that the system can be easily adapted to existing building sites and equipment, and that it will fit existing building codes without requiring whole new evaluations, Keating explains.

Ultimately, the system is intended to be self-sufficient. It is equipped with a scoop that could be used to both prepare the building surface and acquire local materials, such as dirt for a rammed-earth building, for the construction itself. The whole system could be operated electrically, even powered by solar panels. The idea is that such systems could be deployed to remote regions, for example in the developing world, or to areas for disaster relief after a major storm or earthquake, to provide durable shelter rapidly.

33 From an architectural perspective, Oxman says, the project “challenges traditional building typologies such as walls, floors, or windows, and proposes that a single system could be fabricated using the DCP that can vary its properties continuously to create wall-like elements that continuously fuse into windows.”

Keating says the team’s analysis shows that such construction methods could produce a structure faster and less expensively than present methods can, and would also be much safer. (The construction industry is one of the most dangerous occupations, and this system requires less hands-on work.) In addition, because shapes and thicknesses can be optimized for what is needed structurally, rather than having to match what’s available in premade lumber and other materials, the total amount of material needed could be reduced.

34 Introducing BOD2 https://3dprinthuset.dk/3d-construction- printer/?gclid=EAIaIQobChMIrZ6Xy8vC2QIVCoNpCh2pJQfYEAMYASAAEgIoN_D_BwE

The BOD2 is an upgraded and improved version of the BOD printer, which 3D Printhuset used to 3D print the first building in Europe, The BOD. Based on the experience obtained with the BOD printer, the BOD2 incorporates improved functionality and stability compared to the first version, but is build on the same principles as the BOD printer. This assures the customer of a tested and proven system.

BOD2 – Second generation construction printer

Second generation BOD2 is the only second generation construction printer on the market.

Modular construction printer BOD2 is developed to fit any project. Decide the size of BOD2 by its modules. Print speed BOD2 is 3x faster than the first generation, with an 18 meter/minute print speed. Gantry system The gantry system is optimal for in situ projects as well as fabrication of elements. Interchangeable nozzle system New optimized nozzles are developed to ensure smooth surfaces. Standard layer height is 2 cm, and 5 cm in width. Flexibility Besides the modular system, the BOD2 is flexible in terms of mounting. It can be mounted to the foundation or by concrete pillars.

35 BOD2 – Models and pricing The BOD2 is a modular build printer allowing the customer to choose the size configuration matching the customers’ requirement. Here are some price examples of four different configurations:

BOD2-121 BOD2-232 Print area: 2,0 x 4,5 x 0,8 meter* Print area: 4,5 x 7,0 x 3,3 meter 1 X-axis module 2 X-axis modules 2 Y-axis modules 3 Y-axis modules 1 Z-axis modules 2 Z-axis modules

EUR 177.000 excl works & concrete base sys. EUR 214.000 excl. works

BOD2-353 BOD2-483 Print area: 7 x 12 x 5.8 meter Print area: 9,5 x 19,5 x 5,8 meter 3 X-axis modules 4 X-axis modules 5 Y-axis modules 8 Y-axis modules** 3 Z-axis modules 3 Z-axis modules EUR 355.000 excl. works EUR 260.000 excl. works*Concrete base pillars gives an additional 1 meter of height. **Larger printers are supported by extra pillars of Z-axis modules.

BOD2 PRICE LIST BOD2 specifications | Gantry vs. Robotic | Financing option End of article

36 3D Construction Printing Course We organize full day courses, which provide theoretical background information, hands-on learning and a visit to Europe’s first 3D printed building, The BOD. Morning session The morning session will take place in our office, downtown Copenhagen, where we cover “state of the art” of 3D construction printing, including the different technologies used in current projects. We will also cover permitting, structural-, material- and design considerations.

Afternoon session The practical part of the course will take place after lunch in our warehouse close by. Here we will take you through how the printer works, the software, materials handling, recipes and much more.

Time: The course starts at 9.30 and ends at 17.00. Place: The course takes place in our offices and warehouse in Copenhagen. Price: 675 euro excl. vat for one participant (1195 euro for 2 participants, 1995 euro for 4, 2995 euro for 8). Sign up: For more information and sign up, please contact us via the following contact form. Next course will take place on September 18.

Calculate the cost of your project

We have made a calculator to help calculate the time, material usage and total cost of 3D printing walls for your project.

CALCULATE COST OF PRINTING

Henrik Lund Nielsen, CEO, 3D Printhuset A/S Mail: [email protected] End of article

37 The Tapestry

Author – Traveling Preacher in Florida during the late 1800s.

As told by Frances Turner to her daughter and grandchildren, great grandchildren and great great grandchildren

My life is but a weaving, Not until the loom is silent, Between my God and me. And the fibers cease to fly, God chooses the colors, Will God unroll the canvas, We work steadily. And tell the reasons why.

He sometimes weaves sorrow. The dark threads are as needful, And I in foolish pride, In the skillful workers hands, Forgets He sees the upper, As the threads of gold and silver, And I the under side. In the pattern He has planned.

Thank You Great Spirit, Lord God for our new tools!

The Lord is the One who made and spins the atoms!

Hemp / cannabis are easily renewable raw resource materials

New age printing is a great tool.

Hemp / cannabis New Age Printing plus Wisdom are a Winning Combination.

NHC Year One Projected Expenses $1,500,000

START UP – One time expenses – NOT INCLUDING SALARIES** Notes DESCRIPTION - START UP Amount ADMINISTRATIVE 100,000 3D PRINTER, BIO-FILAMENT, PERSONNEL 500,000 LAND PURCHASE 300,000 SALES & MARKETING 400,000 FINANCE, LEGAL & GOVT 200,000 TOTAL START UP EXPENSES $1,500,000.00

**Volunteer staff since 1984 When profitable salaries & subcontracts will be included in the business plan budget

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