Hollow Knight - perfect sized mask

thingiverse

This is a remixed version of amazing original [Hollow Knight Dark Fantasy mask by Swoquik](https://www.thingiverse.com/thing:5420914). This version of mask has thickness to it. It's also split into 10 pieces for easier print on smaller printers (see image for parts reference). Attached are: - Mask split to 10 pieces to fit most mid-sized 3d printers - Mask unsplit, *for reference and your further remixing* - Mask unhollowed and unscaled, *for your further remixing* - Head cutout, *for scaling factor calculations* - Small shoulder armour - single solid split into two combined bodies so that each can be printed separately (your slicer has to be able to separate those bodies from single model, though). Fixed the lower hald of pauldron to be watertight and minor thickness retouches. - Pure Nail, sculpted by [João Desager at Sketchfab](https://sketchfab.com/3d-models/hollow-knight-pure-nail-5ff6de0de67d498987a0c8cc534dee03). This is downscaled and pre-cut version to fit beds with at least 200 mm at any direction. The Nail is scaled to 120cm long and has 21mm tubular cutout, so that it can be assembled on 20mm PVC pipe. # Scale it properly! This mask was scaled to fit my head. To make sure it fit yours you should do following steps: 1. Get yourself sculptor calipers (e.g. [print this model](https://www.thingiverse.com/thing:4096595) or make disposable one from cardboard) 2. Measure the distance between your temples. Write it down as **width** 3. Measure the distance from your forehead (at approx. eyebrows level) to the back of your head. Write it down as **length** 4. Download and open the `head_cutout.stl` file in 3d editor which is capable of measuring distances on 3d objects. 5. Measure **width** and **height** distances on the model the same way you did on your head. **Take care to measure between headbands!** Write those down as **width_reference** and **length_reference** 6. Calculate your scaling factor: - `w_scale = (width / width_reference) * 100` - `l_scale = (length / length_reference) * 100` Those numbers should be pretty much similar, but just to be sure take the largest one - that would be your mask scaling factor. **Then, after importing the mask in your slicer just scale every part uniformly (e.g. in all directions) by you scaling factor and you should be good to go.**