The future will not be built by people, but by machines
04 Sep 2016 - By Mr. Berqstrom, revised 19 Sep 2016

For a Century, the building industry have been the tool of last resort when politicians trying to stabilize a country. If the economy were to bad, large development programs were developed and executed. Spending loaned Money, governments built New roads, buildings and improved other infrastructure. It all could happened, because of a workforce where People had no jobs, ready to do whats needed. And at the end everybody got happy. The workers had a job, the country developed and the economy came back on track, making it possible for the country to pay back what it had borrowed.

But this scenario is not likely to look the same if a Financial crisis like the one i year 1929 hits again, somewhere in the middle of the 21st Century. With the industrial development in the last decades, have new technology shown the potential to replace the traditional worker with in simple repetative tasks. The american bricklayer SAM by Construction Robotics never sleeps, eats or need any coffiebreak, except when refilling with bricks and mortar.

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SAM 100, PromoVideo by Construction Robotics; Source:
Video published on 6 Jun 2016.

For the green revolution to be one step closer, could the bricklayer SAM be adjusted to build with hemp- bricks instead of the traditional masonry. Machines like the bricklayer SAM will automate many different worktasks on the building site. But the machine that will do the biggest difference is the mobile robotic arm, equiped with a 3D printhead. Today is this Technology on beta Level, but several Companies and Research organisations are Close to, or have even started to supply the buildingindustry With Tools and Products.

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Giant Chinese 3D printer, NewsVideo by Russia today; Source:
Video published on 27 Apr 2014.

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GProducing the world's first 3D-printed bridge, NewsVideo by Dezeenmagazine; Source:
Video published on 13 Jan 2016.

Load Capacity - Transportation of building materials
01 Sep 2016 - By Mr. Berqstrom

When analysing an existing city and its surroundings, it is natural to look at the infrastructure available, to determine which Solution will be suitable to implement in the future. In my blogpost "Possibilist - A new Breed of Architects & Engineers?" published the 18 Sep 2015 on, I refered to the video by Hans Rosling: Global population growth, box by Box. In this video he shows few different ways of transportation and reflects on how it defines what stage of development a society is in.

I would like to fine-tune this division by looking at capacity load. This is due to my realistic view on transportation of building materials to a building- site. My Load Capacity analysis on the city, based upon Roslings example for transportation, is a simple but rewarding tool, to understand what possible scenarios realisticly can be executed for changing/ upgrading different city- districts.

1. Observ: To start, observ and make note of the main transportation method in the city of examination and gather comparable prices from different providers.
- This outcome is probably the cheapest transport solution in the civilian market, when building according to the regional way of construction. But its not nessesarily the best option for the project. It all depends on level of industrialization on the building site.
- Projects with a low level of industrialization concists mainly of small buildingparts, easy to transport for most vehicles. High level industrialization is showed in projects with complete buildingparts, where the workers tasks on site is assembly, not construction. Robotization will further improve this and replace the worker. 

2. Simulate: To clarify other potential ways for transportation would a simulation of different scenarios assist in the desicionmaking.
- As an example could it, for an highly industrialized project be possible to choose helicopter instead of camel for transporting a lightweight structure. But the camel might be a better and cheaper option when working togheter with the locals on a traditonal building, using buildingmaterial from the surrounding area. Here it is important to remember that lowtech buildings (eg. clay) does not set any limitation for what technological installation is mounted in the building.
- For other, bigger projects might it be interesting to simulate a complete newbuild of roads and infrastructure to reach the building site. Independently to project size, always gather at the end of the simulation- phase an cost overview for the different scenarios at play, for understanding the hard data of cost and time. 

3. Decide: Which direction the project should develop, depends on financial resources and ability to choose the right buildingsystem for the project and site. 

Train, airplanes and boats are not included in the Load Capacity Matrix, since they seldom can influence the transportation of building material all the way to the building- site, even though they might be in the transportation loop (Exceptions to this regularity; airports, trainstations, port or other buildings / structures with immediate distance from the railroad, airstrip or harbor)

Transportation vehicles:Additional features:Rough-Terrain Navigation*Payload / Capacity approximation*
Barefoot/ shoeWheelbarrowVery good
 0,07 - 0,15 ton (included person)
Bike/ tricycle/ animal (camel, horse, elephant)Trailer/ wagonVery good 0,7 - 0,5 ton (included driver)
Motorbike/ motorized-tricycles/ rickshawTrailerPoor(Motorbike=good) 0,07 - 0,5 ton (included driver)
Tractor/ otherTrailerVery good 1 - 5 ton
Light duty/ Pickup-car, van (Class-1,2&3)TrailerGood (varies from different models) 0,5 - 1,5 ton
Medium duty/ Truck(Class-4,5&6)TrailerAverage (varies from different models) 3,5 - 5,5 ton
Heavy duty / Truck/ Semitrailer (Class-7&8)Trailer (included in semitrailer)Poor (varies from different models) 7 - 55 ton
Helicopter-Superior 1 - 15 ton
Airship-Superior 15 - 500 ton
*Rought-Terrain navigation and Payload is without additional features