Brachiosaurus Skeleton (part three)

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Designed by Fumiaki Kawahata. Folded by backwards7.

Giant Mekong Catfish

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Yesterday I watched a wildlife documentary about the freakishly large Goonch Catfish which have allegedly been preying on humans along a five mile stretch of the Kali river, in India. The explanation given for this unexpected reordering of the food chain (which previously placed man above blackened Catfish steaks) is that the fish acquired their taste for human flesh as a result of scavenging burnt remains from the riverside funeral pyres.

Villagers living in the area where the attacks took place claim that these monsters are able to suck their prey into their giant gaping mouths from a few feet away. Now I am going to have to use up one of my three wishes ensuring that I don’t meet my end being sucked to death by a three meter long catfish; not when the relative dignity of a Crocodile or Bull Shark attack are still options.

I was sufficiently intrigued by the programme to fold Mizuno Ken’s Giant Mekong Catfish. It’s a simple, abstract model that even a novice could have a go at. The formation of the flat mouth helps to round out the belly and make the body three dimensional.

Brachiosaurus Skeleton (part two)

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This is my semi-complete take on Fumiaki Kawahata's Brachiosaurus skeleton. For added realism I have rested its head on a tin of Benson & Hedges cigarettes, no doubt very similar to the ones that drove the Brachiosaurus species to extinction, roughly 146 million years ago, during the early Cretaceous Period.

Having assembled small sections of the skeleton I found that, while most of the pieces of slot together quite well, it doesn't take a lot to separate them. There are also some problematic areas, such where the front legs join with the rib cage; these won't stay in place at all. For the model to have any kind of structural integrity it needs to be glued together.

Another not entirely unforeseen problem is that the neck won't support its own weight. I am going to get around this by securing a length of stiff wire along its underside. I will probably do likewise with the tail.

The leg in the foreground is a mock-up. I folded it very quickly just to get an idea of how tall the finished model would be (just under 10 inches). When I refold it I will try to bring out the shape of the bones and attempt to make the toes appear a little more skeletal than they are in the design.

Brachiosaurus Skeleton (part one)

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The majority of origami models begin their existence as uncut squares of paper. Complex dinosaur skeletons (like the one above, designed by Fumiaki Kawahata) differ in that they are modular creations, assembled from many pieces, all of which are folded separately.

The neck section of this Brachiosaurus incorporates 13 small squares of paper of varying sizes (6-8cms) - one for the skull and one for each of the 12 vertebrae. The completed skeleton uses 45 squares. The finished pieces seem to slot together quite well. I am cautiously optimistic that I can assemble the model without resorting to glue.

Dromedary

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John Montroll is a well-known figure in contemporary origami. He has published numerous themed collections of original designs. In the days when internet shopping was still in its infancy and sourcing origami manuals was extremely difficult, his books were always readily available and a good next step for those who were ready to move on from traditional models.

Throughout the 1990s, Montroll maintained a frenetic work rate. At one point it looked like he wouldn’t rest until he had created a paper facsimile of every member of the animal kingdom. In recent years he has slowed down. In his absence origami has moved on and his work has been overshadowed by more sophisticated designs, leaving him slightly undervalued.

While some of his models are dated, Montroll, in his prime, was a tireless innovator of the art. Many of the techniques he developed have entered into the repertoire of the modern origami designer and have been used as the foundations for more complex pieces.

Montroll’s best designs are a joy to fold and possess a wonderful, transparently mathematical logic. They don’t require enormous sheets of paper and can generally be folded fluidly, with none of the stopping and starting and fervent head-scratching that accompanies more complex designs.

This dromedary, while slightly angular, has aged very well. The face neck have a lot of character. Many years ago in the Yemen Republic I used to fold it for the tribesman I met and occasionally travelled with. It made me a lot of friends.

Fish

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Of all the master paper folders, the Frenchman, Eric Joisel, is perhaps the most expressive and, dare I say, artistic in his approach. You can find a gallery of his animal models here.

It’s very clear when you look at his Snail or his Pangolin (spiny anteater) that he has a firm grasp of the complex geometry that underpins modern origami. At heart though, Eric’s creations are pieces of sculpture, infused with soul and personality. A fascinating insight into how he goes about designing his astonishing human figures can be found on his website here. If you feel up to it, and have at your disposal a robust sheet of paper and three hours to spare, you can have a go at making his Baby Hedgehog.

Pictured above is my first attempt at folding Eric Joisel’s fish. It’s an economic design that absorbs very little of the paper into the interior of the model. I started with a nine inch square and finished with a model just under 6 inches long.

I shaped the body by massaging a dilute solution of wallpaper paste into the paper and then holding it in place while it dried. I seem to have spent much of the past couple of days walking around the house with various parts of this fish pinched my thumb and forefinger. The eyes were formed by dipping the base of a pen cap into a saucer of water and then pressing it firmly against the paper.

Horseshoe Crab

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Of all the techniques that have become part and parcel of modern origami, Wet Folding must be the most indispensable. This involves dampening the paper slightly before making the creases. The added moisture temporarily dissolves the sizing (the water-soluble adhesive that holds the paper together) allowing the fibres to be shifted and then set in a slightly different position. In essence you are manipulating both the shape of the paper and its underlying physical structure. This enables folders to sculpt the material, creating softer, longer-lasting creases and curves, which add an element of realism to models.

Wet folding was the brainchild of Akira Yoshizawa - the father of modern Origami, whose goal was to create lifelike, three-dimensional animals and plants. One of the first western folders to embrace the technique was Michael LaFosse.

This Horseshoe Crab, designed by LaFosse, is eight inches long. Evidence of wet folding can be seen in the curve of the prosima, which is a little more pointed than I would like - I was hoping for something rounder. My addition to the model is the triangular bulge on its back, which is supposed to represent the raised part of the shell that runs along the centre of the opistoma. This was also achieved by wet folding.

I made the model from Elephanthide paper. I like the way that the camera flash reflected off the shiny surface of the paper, giving the crab the appearance of having just crawled out of the water.