RC Sailboat - Racing Sparrow 1000 3D

3D model description

1000mm Long, 200mm Wide. 2Kg Bulb. 1250mm Mast.

The Racing Sparrow 1000 is a 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. The 1000 is a step up from the 760 model we also offer. Plenty of power with a 1250 tall mast and 2kg keel bulb.

Details on our website
https://racingsparrow.co.nz

Length: 1000mm
Beam: 200mm
Bulb Weight: 2.0Kg
Mast Height: 1250mm
Skill Level: Intermediate
Print Volume: 210 x 210 x 245mm (xyz)

The powerful 1 meter that is easy to build and fun to sail. This is a scaled up version of the 760 with a longer keel. This boat sails just like a full size yacht without the massive price tag!

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 as a digital files pack:
Please note, all STLs are compressed into 1 zip file. When you purchase there are many separate STL files organised in folders.

Hull parts
Keel and Bulb Parts
Rigging Parts
Build Stand and Funnel
Instructions PDF, English, French, German
Logo file for sail

To finish you will need
2 servos, receiver, 5AA battery pack and transmitter
Lead-shot to fill keel bulb shell
Carbon rods for keel and rig
Glues
Sail mylar
Various small parts from hardware store

Manufacturing settings

The Racing Sparrow 3D 1000 is designed to be printed from PLA+. Two rolls of filament should be enough to print the hull parts, keel, bulb, rudder, and rig parts. The 3d model has been designed so that no part is too large making this easily printable on most home 3d printers.

Simply load the STL files into the slicer software, orient them on the print bed, and start printing.

The settings the author used on a Creality K1 Max Printer were:
Nozzle 0.4,Wall count of 3: top 4, bottom 4 layers
Brim inside and out for adhesion for hull skins.
200°C Nozzle, 
60°C Bed
34°C Chamber
35% infill @ 300mm/s speed