Version: 1.2 (12.2022)
The holy grail in flight modelling and a long-time dream of the designers of this Sea Harrier can now become reality.
As functional as necessary and as close to the original as possible. This printable aircraft is based on more than 10 years of modeling experience and can now, with your help and ambition, be further developed into a Vertical Takeoff and Landing model. - Or you just have fun with a perfectly flying airplane.
|Printer size||30 cm x 30 cm x 30 cm (e. g. Creality CR-10)|
|Slicer||Cura (current version)|
|Filaments used||LW-PLA (e. g. colorFabb), PLA, PA-CF low-warp Nylon (e. g. colorFabb)|
|Filament diameter||1,75 mm|
|Nozzle diameter||0,40 mm|
Most components of the jets sold here are designed and optimized for a stable lightweight construction with LW-PLA. Since this foaming filament requires special parameters for successful printing, which vary from printer to printer and also from slicer to slicer, you should make your own printing tests in advance. You can find many tutorials and tips on the Internet and on YouTube.
The basic default settings we use with a Creality CR-10 Max, CR-10 V3, Ender3 V2 and Cura as slicers are listed here.
You can start with that for now.
|Print bed temperature||60° Celsius|
|Nozzle temperature||242° Celsius|
|Print speed||30 mm/s|
|Layer height||0,20 mm|
|Support||Yes (Zickzack), for angles > 60°|
|Flow rate||42% – 50%|
|Filling pattern||Gyroid (3D)|
|Number of outer layers||1|
|Printing plate adhesion||Brim, 8 lines|
If you choose to purchase one of our digital files, some complete Cura profiles will be included in the download for you to use on your slicer (e.g. "cr10_lwpla.curaprofile).