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* http://hexayurt.com
* http://hexayurt.com
* Vinay Gupta invented the basic shape for regular hexayurts and a number of variations.  Public domain.
* [http://vinay.howtolivewiki.com/blog/about Vinay Gupta] invented the basic shape for regular [http://hexayurt.com hexayurts] and [http://www.appropedia.org/Hexayurt_schematics a number of variations], and placed it in the Public DomainThis allows others to develop the original idea further. Known developments are [http://vinay.howtolivewiki.com/blog/other/the-new-hexayurts-2044 here], also in the Public Domain.
* http://vinay.howtolivewiki.com/blog/other/the-new-hexayurts-2044 Public domain. Scott Davis http://ohyah.ca/category/projects/hexayurt/ and Dylan Toymaker http://dylantoymaker.net/toybox/about/ The H13 solves one of the oldest quirks of the hexayurt design – how do you get a full height door way? Scott took a creative leap, switched around a couple of triangles, and came up with a design which for just one additional sheet of plywood gets you a structure with a full 8′ entry-way, much more interior walkable space, and (frankly) a much better over-all aesthetic. http://dylantoymaker.net/toybox/2010/10/20/hexayurt/ Really a fantastic piece of work, and I suspect it will become a very common hexayurt in years to come. I’m very grateful to Scott and Dylan for placing their work into the public domain along side all the other hexayurts, for everyone to use. http://dylantoymaker.net/toybox/wp-content/uploads/2010/10/hexastage4.jpg
* [http://ohyah.ca/category/projects/hexayurt/ Scott Davis] and [http://dylantoymaker.net/toybox/about/ Dylan Toymaker] invented the H13, which solves one of the oldest quirks of the hexayurt design – how do you get a full height door way? Scott took a creative leap, switched around a couple of triangles, and came up with a design which for just one additional sheet of plywood gets you a structure with a full 8′ entry-way, much more interior walkable space (see below), and (subjectively) a much better over-all aesthetic. It's [http://dylantoymaker.net/toybox/2010/10/20/hexayurt/ here].  Vinay regards it "a fantastic piece of work", and "suspect(s) it will become a very common hexayurt in years to come"
http://dylantoymaker.net/toybox/wp-content/uploads/2010/10/hexastage4.jpg
* http://www.flickr.com/photos/23814148@N00/5384202206/
* http://www.flickr.com/photos/23814148@N00/5384207542/
* http://www.flickr.com/photos/23814148@N00/5384226882/
* @gelada + dodgydesic
* @gelada + dodgydesic
* http://twitpic.com/3sfa2h Five board microcabin @hexayurt - note 8'x8' floor footprint - easy build (by @gelada?)
* Also show how halves on the side create a different shape with the same volume, only flatter.
* Also show how halves on the side create a different shape with the same volume, only flatter.
 
* http://twitpic.com/3sfa0k Tweaked door on the tridome @hexayurt - not great, but @gelada may like...
 
* http://twitpic.com/3sf0iv Modeling @gelada's tridome
http://www.flickr.com/photos/23814148@N00/5384202206/
 
http://www.flickr.com/photos/23814148@N00/5384207542/
 
http://www.flickr.com/photos/23814148@N00/5384226882/
 
http://twitpic.com/3sfa2h Five board microcabin @hexayurt - note 8'x8' floor footprint - easy build (by @gelada?)
 
http://twitpic.com/3sfa0k Tweaked door on the tridome @hexayurt - not great, but @gelada may like...
 
http://twitpic.com/3sf0iv Modeling @gelada's tridome


== How to build it ==
== How to build it ==
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== Paper models ==
== Paper models ==


* spreadsheet by LucasG
* http://twitpic.com/3soycb Printable template for a h13. It's symetrical except for the small tabs.
* http://twitpic.com/3soycb Printable template for a h13. It's symetrical except for the small tabs.
* http://twitpic.com/3sowpc Inside view of half a h13, with unglued template before it.
* http://twitpic.com/3sowpc Inside view of half a h13, with unglued template before it.
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Regular hexayurts are built with 12 panels: one for each of the 6 walls, and one (cut through the diagonal to make triangles) for each of the parts of the roof.  If the panels are 4' x 8', then the roofs go from 4' to XXX.  [http://en.wikipedia.org/wiki/Human_height Height of human adults] is between 5' and 6', so standing room is XXX% of the floor.
Regular hexayurts are built with 12 panels: one for each of the 6 walls, and one (cut through the diagonal to make triangles) for each of the parts of the roof.  If the panels are 4' x 8', then the roofs go from 4' to XXX.  [http://en.wikipedia.org/wiki/Human_height Height of human adults] is between 5' and 6', so standing room is XXX% of the floor.


The H13 uses 13 panels, and standing room is increased http://twitpic.com/3t4dwn H14, which uses 14 panels, has even more standing room.
The H13 uses 13 panels, and standing room is increased http://twitpic.com/3t4dwn
 
H14, which uses 14 panels, has even more standing room.

Revision as of 17:11, 27 January 2011

H13

Inventors, family, variations

  • http://hexayurt.com
  • Vinay Gupta invented the basic shape for regular hexayurts and a number of variations, and placed it in the Public Domain. This allows others to develop the original idea further. Known developments are here, also in the Public Domain.
  • Scott Davis and Dylan Toymaker invented the H13, which solves one of the oldest quirks of the hexayurt design – how do you get a full height door way? Scott took a creative leap, switched around a couple of triangles, and came up with a design which for just one additional sheet of plywood gets you a structure with a full 8′ entry-way, much more interior walkable space (see below), and (subjectively) a much better over-all aesthetic. It's here. Vinay regards it "a fantastic piece of work", and "suspect(s) it will become a very common hexayurt in years to come"

http://dylantoymaker.net/toybox/wp-content/uploads/2010/10/hexastage4.jpg

How to build it

http://ohyah.ca/category/projects/hexayurt/

They can be built in "threes", like 1/16 of http://dylantoymaker.net/toybox/2010/10/20/hexayurt/ and in "nines".

Paper models

Standing room

Regular hexayurts are built with 12 panels: one for each of the 6 walls, and one (cut through the diagonal to make triangles) for each of the parts of the roof. If the panels are 4' x 8', then the roofs go from 4' to XXX. Height of human adults is between 5' and 6', so standing room is XXX% of the floor.

The H13 uses 13 panels, and standing room is increased http://twitpic.com/3t4dwn

H14, which uses 14 panels, has even more standing room.

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