codes for PLA are as follow for your reff. code which is “PLA-OWLplane-Gyroid # P3_H15“. It should also pick the corresponding “Print Settings” last name reff. code (just ignore -DD, to mark, it should use Direct Drive setup 3D printer). Note : from the project file name, it does have “ P3_H15” reff. Now, you can select your own 3D printer brand and model from the “Printer Settings” tab. Once opened, it should select the corresponding presets for “Print Settings”, “Filament Settings” and “Printer Settings”. Please pay attention to the last name “ P3_H15 – DD“. Find “CANOPY-GLASS-1 and 2 # P3_H15 – DD” under “OWL F-16 Falcon 64mm – STL, 3MF and G-code\5. Select “File” again and follow by “Open Project”. Try to find a PrusaSlicer 3MF file, for example, we try to upload “CANOPY-GLASS-1 and 2 # P3_H15 – DD”. To clear the project, select “File” from the main tab and follow by selecting “New Project”. Let us play with the OWLplane project file (3MF) file. ![]() LW-PLA (for both DD and BOWDEN) when naming STL files : codes for LW-PLA are as follow for your reff: code which is “LW-PLA-OWLplane-Gyroid # B2T2_GR1“. Note : from the project file name, it does have “ B2T2_GR1” reff. You can select your own 3D printer brand and model from the “Printer Settings” tab. Please pay attention to the last name “ B2T2_GR1“. Find “CANOPY-GLASS-1 and 2 # B2T2_GR1” under “OWL F-16 Falcon 64mm – STL, 3MF and G-code\5. Try to find a PrusaSlicer 3MF file, for example, we try to upload “CANOPY-GLASS-1 and 2 # B2T2_GR1”. VSTAB-BOTTOM # B2T2_GR1 (both for 64mm and 70mm EDFs).WING-2-L # B2T2_GR1 (both for 64mm and 70mm EDFs).FUSELAGE-5 # B2T2_GR1 (both for 64mm and 70mm EDFs).Opening the 3MF file means you will also get the setting values.įeel free to download “Profile Files” and “OWL F-16 Falcon 64mm and 70mm EDF Sample Parts Files” below. With 3MF file format, it benefits our customer since the slicer settings are stored in the deliverable files. Playing configuration with PrusaSlicer is also fun and very intuitive. So far, in our opinion, PrusaSlicer is easier to operate from user perspective and has many built in features that help so much when developing our models. ![]() We utilize the same extrusion width which is 0.4mm and if you would like to change the settings using 0.3x mm extrusion width, feel free to do so. To make things simpler, we will include also the 3MF PrusaSlicer files for our newer models. Feel free to translate the Profiles into other Slicers. ![]() That PLA profiles are also created to match with how our jet model designed. We believe the new PLA profiles will generate much stronger and better result for our belly landing models. Starting with the OWL F-18 Super Hornet model, using the same PrusaSlicer, we introduce new PLA profiles. Unfortunately, we have to let go of the S3D due to not being able to slice with a gyroid pattern type of infill for a “Digital Balsa and Foam” model (exception is for S3D version 5 where we still need to evaluate before including into). We are very excited with the new version of PrusaSlicer where it can slice our single parameter STL format file model correctly. ![]() Starting with the OWL F-16 Falcon model, we introduced not only the “Digital Balsa and Foam” model but also PrusaSlicer as our new approved slicer. STABILIZER AND CONTROL SURFACE ASSEMBLY.
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