RC Sailboat - Racing Sparrow 760 3D
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Radio controlled sailboat that is a fully functional yacht with 2 channel RC.
- Ocena
- 5 / 5
- Polubienia
- 178
- Wydruki
- 1
- Wyświetlenia
- 7758
- Oceny
- 1
Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- RC & Robotics
- Licencja
- Standard Digital File License
The Racing Sparrow is a 760mm long 3D printed model yacht designed for casual sailing and fun! This affordable, easy-to-build boat is perfect for those looking for a relaxing sailing experience.
Google Racing Sparrow for loads of photos and information or visit our website:
https://racingsparrow.co.nz
It is a 2-channel radio controlled model which sails just like a full size yacht.
With a well-thought-out design that sails beautifully, the Racing Sparrow provides a simple, enjoyable way to spend time on the water. Whether you're new to 3D printing or an experienced maker, this kit is designed to be assembled quickly and offers excellent sailing performance for recreational use.
Go sailing with the Racing Sparrow, the go-to model for fun, stress-free sailing."
Comes with:
Hull parts
Keel and Bulb Parts
Rigging Parts
Build Stand and Funnel
Instructions PDF
Logo file for sail
Please note, all STLs are compressed into 1 zip file. When you purchase there are many separate STL files organised in folders.
To finish you will need
2 servos, receiver, 4AA battery and transmitter
Lead-shot to fill keel bulb shell
Carbon rods for keel and rig
Glues
Sail mylar
Various small parts from hardware store
For a global suppliers list visit the Racing Sparrow Materials Page
Manufacturing settings
The Racing Sparrow 3D is designed to be printed from PLA+. 1 Roll of filament should be enough to print the 4 hull parts, the keel, bulb and rudder and also the rig parts. The 3d model has been designed so that no part is larger than 207mm on any axis making this easy to print on most home 3d printers. All that is needed is to load the STL files into the slicer software and print. No extra modelling required. No supports are needed when printing. Any
supporting material is modelled directly into the parts.
The settings the author used on a Creality K1 Max Printer were:
Nozzle 0.4,Wall count of 2: top 4, bottom 4 layers
Brim inside and out for adhesion for hull skins.
220 Nozzle,
65 Bed
25-30 Chamber
100% infill @ 200mm/s speed