themodelmaker

Here you have the most recent addition to my model collection. This is N-scale scratchbuilt model of flying house from the new  Pixar movie “Up”. I haven’t seen the movie yet (still not open in cinemas in Ireland) but I loved the trailer and this colorful piece of architecture.  I needed to have it in real 3d…  The design was simple, I based on pictures, movies from youtube and cut out toy from official Disney Pixar website. I started last Friday, all parts were ready on Saturday. It was going to be weekend project. So far its two weekends project and I am not yet satisfied with my paint job. I will post more photos from different angles later.

I was asked by people from forum pixarplanet.com how was it made and blueprints. Here are my drawings with all of my parts to give you better idea what was involved in process of creating it.

First drawing is prepared to be cut on 1.5mm cardboard. The blue lines are cut to 0.5 mm,  yellow is the engraving of panels on the door. I glued the parts together, I prepared little holes and joints, so all walls are at right angles and in exact positions and its quite rigid construction.

Second page is cut on 0.5 paper. Its another layer to cover joints and create window frames. I engraved the boards on the walls, but later decided that I want better 3d effect, so I covered it with overlapping stripes of paper.

Last page is with 3 types of shingles and boards for wall and is cut out of 0.3mm paper.  If you have any questions, feel free to ask on my email or post a comment.

Here you have the most recent addition to my model collection. This is N-scale scratchbuilt model of flying house from the new  Pixar movie “Up”. I haven’t seen the movie yet (still not open in cinemas in Ireland) but I loved the trailer and this colorful piece of architecture.  I needed to have it in real 3d…  The design was simple, I based on pictures, movies from youtube and cut out toy from official Disney Pixar website. I started last Friday, all parts were ready on Saturday. It was going to be weekend project. So far its two weekends project and I am not yet satisfied with my paint job. I will post more photos from different angles later.

I was asked by people from forum pixarplanet.com how was it made and blueprints. Here are my drawings with all of my parts to give you better idea what was involved in process of creating it.

First drawing is prepared to be cut on 1.5mm cardboard. The blue lines are cut to 0.5 mm,  yellow is the engraving of panels on the door. I glued the parts together, I prepared little holes and joints, so all walls are at right angles and in exact positions and its quite rigid construction.

Second page is cut on 0.5 paper. Its another layer to cover joints and create window frames. I engraved the boards on the walls, but later decided that I want better 3d effect, so I covered it with overlapping stripes of paper.

Last page is with 3 types of shingles and boards for wall and is cut out of 0.3mm paper.  If you have any questions, feel free to ask on my email or post a comment.

Here you have the most recent addition to my model collection. This is N-scale scratchbuilt model of flying house from the new  Pixar movie “Up”. I haven’t seen the movie yet (still not open in cinemas in Ireland) but I loved the trailer and this colorful piece of architecture.  I needed to have it in real 3d…  The design was simple, I based on pictures, movies from youtube and cut out toy from official Disney Pixar website. I started last Friday, all parts were ready on Saturday. It was going to be weekend project. So far its two weekends project and I am not yet satisfied with my paint job. I will post more photos from different angles later.

I was asked by people from forum pixarplanet.com how was it made and blueprints. Here are my drawings with all of my parts to give you better idea what was involved in process of creating it.

First drawing is prepared to be cut on 1.5mm cardboard. The blue lines are cut to 0.5 mm,  yellow is the engraving of panels on the door. I glued the parts together, I prepared little holes and joints, so all walls are at right angles and in exact positions and its quite rigid construction.

Second page is cut on 0.5 paper. Its another layer to cover joints and create window frames. I engraved the boards on the walls, but later decided that I want better 3d effect, so I covered it with overlapping stripes of paper.

Last page is with 3 types of shingles and boards for wall and is cut out of 0.3mm paper.  If you have any questions, feel free to ask on my email or post a comment.

I was asked how to make curved wall at jubilee church. There is many ways to achieve this, but I will describe how I did it. This is modified version of vacuum forming without vacuum.  If you have vacuum table its brilliant, if not, this shape is easy enough so you don’t need it.

I couldn’t find a ball with radius I needed so I had to make my mould from scratch. First of all I cut cardboard arches with necessary radius smaller by 5mm. I only needed to make a section of the sphere. This was my quite rigid construction. I stuck few layers of paper (I used old newspaper and PVA glue) on cardboard frame to make a surface. Then I Added  5mm layer of air drying clay. When it was hard, I sanded it to get the smooth surface. I often checked it with stencil to check the curvature. After few hours I was happy with my mould.

Then I prepared 2 timber frames and many paper clips. I placed sheet of styrene between them and joined with paper clips. Frames need to be rigid enough to hold melted styrene in place when pushed against the mould. Put it for few minutes to the oven. I watched closely if its getting soft. I took it out the oven and quickly pressed on mould. Always use gloves at this stage !!! It hardened in few seconds and it will kept the shape. I needed 2 copies for each wall.

My walls are thicker than styrene I could buy in my hobby shop. I needed to add this thickness. I cut the rough shape of the wall and stuck it on my mould with 2 sided tape. That will be bottom surface of my wall. I glued few narrow stripes of styrene on the perimeter and few in the middle, creating sort of mesh. I glued another layer of thermoformed styrene on top of it. I cut it to the right shape and sanded edges. This way I had thick wall with smooth surfaces on both sides. I had to repeat the process 3 times.

It was very time consuming process. Now I would rather use rapid prototyping technology. It would be much faster and precise. The shells would be 3d printed from plastic material with exact shape and dimensions as in 3d software.

The cost of desktop rapid prototyping machine is dropping and getting more affordable. That’s why many 3d printing services are available for hobbyists. The one I tested myself is Shapeways.com . They have several rapid prototyping printers in their machine shop and their growing design community is very helpful to explain the techniques of creating perfect, non-manifold model. With shape like this It would be very easy to create it in blender and 3d print it.  Easy and clean way.I was asked how to make curved wall at jubilee church. There is many ways to achieve this, but I will describe how I did it. This is modified version of vacuum forming without vacuum.  If you have vacuum table its brilliant, if not, this shape is easy enough so you don’t need it.

I couldn’t find a ball with radius I needed so I had to make my mould from scratch. First of all I cut cardboard arches with necessary radius smaller by 5mm. I only needed to make a section of the sphere. This was my quite rigid construction. I stuck few layers of paper (I used old newspaper and PVA glue) on cardboard frame to make a surface. Then I Added  5mm layer of air drying clay. When it was hard, I sanded it to get the smooth surface. I often checked it with stencil to check the curvature. After few hours I was happy with my mould.

Then I prepared 2 timber frames and many paper clips. I placed sheet of styrene between them and joined with paper clips. Frames need to be rigid enough to hold melted styrene in place when pushed against the mould. Put it for few minutes to the oven. I watched closely if its getting soft. I took it out the oven and quickly pressed on mould. Always use gloves at this stage !!! It hardened in few seconds and it will kept the shape. I needed 2 copies for each wall.

My walls are thicker than styrene I could buy in my hobby shop. I needed to add this thickness. I cut the rough shape of the wall and stuck it on my mould with 2 sided tape. That will be bottom surface of my wall. I glued few narrow stripes of styrene on the perimeter and few in the middle, creating sort of mesh. I glued another layer of thermoformed styrene on top of it. I cut it to the right shape and sanded edges. This way I had thick wall with smooth surfaces on both sides. I had to repeat the process 3 times.

It was very time consuming process. Now I would rather use rapid prototyping technology. It would be much faster and precise. The shells would be 3d printed from plastic material with exact shape and dimensions as in 3d software.

The cost of desktop rapid prototyping machine is dropping and getting more affordable. That’s why many 3d printing services are available for hobbyists. The one I tested myself is Shapeways.com . They have several rapid prototyping printers in their machine shop and their growing design community is very helpful to explain the techniques of creating perfect, non-manifold model. With shape like this It would be very easy to create it in blender and 3d print it.  Easy and clean way.I was asked how to make curved wall at jubilee church. There is many ways to achieve this, but I will describe how I did it. This is modified version of vacuum forming without vacuum.  If you have vacuum table its brilliant, if not, this shape is easy enough so you don’t need it.

I couldn’t find a ball with radius I needed so I had to make my mould from scratch. First of all I cut cardboard arches with necessary radius smaller by 5mm. I only needed to make a section of the sphere. This was my quite rigid construction. I stuck few layers of paper (I used old newspaper and PVA glue) on cardboard frame to make a surface. Then I Added  5mm layer of air drying clay. When it was hard, I sanded it to get the smooth surface. I often checked it with stencil to check the curvature. After few hours I was happy with my mould.

Then I prepared 2 timber frames and many paper clips. I placed sheet of styrene between them and joined with paper clips. Frames need to be rigid enough to hold melted styrene in place when pushed against the mould. Put it for few minutes to the oven. I watched closely if its getting soft. I took it out the oven and quickly pressed on mould. Always use gloves at this stage !!! It hardened in few seconds and it will kept the shape. I needed 2 copies for each wall.

My walls are thicker than styrene I could buy in my hobby shop. I needed to add this thickness. I cut the rough shape of the wall and stuck it on my mould with 2 sided tape. That will be bottom surface of my wall. I glued few narrow stripes of styrene on the perimeter and few in the middle, creating sort of mesh. I glued another layer of thermoformed styrene on top of it. I cut it to the right shape and sanded edges. This way I had thick wall with smooth surfaces on both sides. I had to repeat the process 3 times.

It was very time consuming process. Now I would rather use rapid prototyping technology. It would be much faster and precise. The shells would be 3d printed from plastic material with exact shape and dimensions as in 3d software.

The cost of desktop rapid prototyping machine is dropping and getting more affordable. That’s why many 3d printing services are available for hobbyists. The one I tested myself is Shapeways.com . They have several rapid prototyping printers in their machine shop and their growing design community is very helpful to explain the techniques of creating perfect, non-manifold model. With shape like this It would be very easy to create it in blender and 3d print it.  Easy and clean way.