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A cheeky wheel

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 To even out, stretch and smooth the inner section of the reverse curve, I decided to see how an English wheel would affect the material. I swapped out the bottom wheel for another with a higher crown, the highest crown available as this is a small piece of metal so I wanted a minimal contact patch.  After only a few light passes through the English wheel, the central arc was widened, smoothed and slightly more aligned. I began to work on stretching and forming the metal using various metal anvil-like objects that were scattered around the workshop. Got up to this stage when I was informed that there was staff CNC training so I had to leave. Will hammer out the final parts another day.
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Assessment 2: Ferrari 250 GTO Documentation

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For the individual component of this assignment, the Ferrari panels were split evenly among the group members. For my individual part I selected the right hand side front fender. I was aware that this would be a challenging piece that would require most of the techniques of metal shaping that we had covered in previous class tutorials and assignments, such as the bowl and reverse curve. Assembling the buck The Buck My Individual Piece: Right Hand Side Front Fender RHS Front Fender Stencil The most frequently used tools. RHS Fender beginning to form. Smoothing out and tightening fit. Extreme precision. Tightly fitted sweeping curves. The finished product after a light sand and polish. This fender really is beautiful. From any angle. Stunning curves. The final product over the top of an image of the Ferrari 250 GTO. Note the accuracy of the curves emphasized by the l...
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Ferrari 250 GTO Tutorial & Reflection

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This tutorial will cover the group and individual processes undertaken to create a scale model aluminium skin of a Ferrari 250 GTO (pictured above). The first task is to create a 'buck'. A buck is the mould, or skeleton that the aluminium panels will be tested on to look for imperfections in the panels that require further attention. The aim is to have all panels fit snug when applied to the buck, with edges of panels meeting flush. To begin making the buck, download the available .STL model, import into a slicing program. The idea behind the slicing is to create a series of sections running along an X & Y axis that can fit together to give a suggested shape. An appropriate slicing program would be Autodesk's Fusion 360, which is free for students. With the .STL file imported, select the number of slices requires on the X & Y planes, then select 'get plans'. This will allow you to export a file with 2D vector lines of each of the panels that wil...
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