A typical WWII RAF pilot in lightweight summer gear consisting of RAF Battledress Blouse & Trousers with leather boots pullover & Mae West. Suitable for early war Spitfire or Hurricane.
A variety of options with & without typical bucket seat harness. Option to assemble separate arms, and one with separate boots, arms and selection of heads. Includes one object with a spade grip that can be attached to the right hand. many kit cockpits are under scale, so take that into account, or use the parts version to modify leg length. If the bucket seat is too narrow, trim the chute pack - which will be hidden to fit.
Designed for printing only. No UV or textures supplied. Objects are real world scale. To print, divide by scale value. Keep the slicer scale set to Lock Ratio. E.G. A 1/32 scale model of the Parts object will be X: 42.562mm Y: 55.988 Z: 43.304NOTE: Your printer software may assume mm are the units rather than m If so (you object is tiny on the build plate), move the decimal place 3 places right to compensate.
Size of objects in metres. Z=up :-
_20_parts: X 1.362 Y 1.79162 Z 1.38575_21_xxxx: X 0.614416 Y 0.994086 Z 1.18398_21_xxxx_seat-harness: X **0.601663 **Y 1.33153 Z 1.18394_22-arms-xxxx: X 1.35892 Y 0.994086 Z 1.18398_22-arms-seat-harness: X 1.35892 Y 1.33153 Z 1.18398
NOTE: The files are heavy. You may have problems with the file sizes if your PC is too low spec. You might find that reducing the poly count may help using your favourite 3d software (Blender is recommended). A zip file containing STL files with each part saved separqately is provided so you can reduce the memory overhead by slicing & printing one or two parts at a time. Again, Blender, (which is free) can be used to further reduce these parts polygon count if necessary.
You may encounter errors in your Slicing software. Ignore these, they are polygons intersecting & the files will slice and print as expected. Tested in SLA and Resin printers using Chitubox & Cura. See the last screenshot of a freshly printed part.
