Rudder designs for IOM/RG65/Nano (Craig Smith and Bill Hagerup)
Welcome to the latest boat parts and other 3D printed items being designed and made for our Radio Controlled Yacht community.
This displays the ideas, ongoing design and build thinking at
3D Printed Radio Yachts and elsewhere. Feel free to copy any of these designs.
Send us photos of your own RC Yacht part and boat designs if you are into printing. And if appropriate they will be added to this section with all credits, of course. Big mistakes are also welcome… all part of the learning curve.
All designer/builders are noted on the images. If not then they are the result of work at
3D Printed Radio Yachts.
These are roughly in chronological order. Enjoy.
Some very neat rig fittings and bulb. Design and printed by Gregory Van den Bussche from France.
IOM Beta Sabre and internal items (hull design Bill Hagerup)
Various pieces from hatch cover to pot support (Craig Smith)
Clip in servo tray (Craig Smith)
Experimental investigation into full yacht printing (see next image)
Slice through experimental hull designed for everything to be 3d printed… part of a major investigation between Craig Smith (design) and Selwyn Holland (3d printing)
Quick release waterproof winch housing
Waterproof winch box closed
Waterproof winch box open
Tiny threaded wheels
RG65 swinging arm with multiple positions
RG65 rudder, Bill Hagerup design USA
Updated RG65 design to take swing rig or conventional rig. Bill Hagerup design, USA
Nano designed and being built by Brian Dill, Australia
IOM: rudder support post and plate
IOM: various deck entry plugs for rudder push rods and sheeting. Plus a fine mast well surround.
General purpose rudder post support. Strong and light.
IOM: Keel box experiment
IOM: winch shelf that attaches to the keel box
IOM: Keel box and stay support struts. Strong and light. A bout 60% air inside.
RG65: Early experiments o ultra-lightweight sail foils. Very encouraging after many failures.
Basic sheet post
RG65 rudder. Designed and printed Brian Dill
RG65 Combined stern plate for rudder support and sheet return exit
Nano/RG65: Updated combined keel box and support struts
Nano/Rg65: Winch and servo shelf combined. attached to the keel box.
RG65 prototype being built and tested by Allan Roberts, design Bill Hagerup. Note the lightweight rudder control with tensioned sheets.
RG65/Nano “Top end ram” combined with mast crane. Very strong and light.
RG65. First stage of a multiple section RG65 designed, printed and built by Andrew Payne, Australia
RG65/Nano. Carbon tube reinforced fin and lead filled high accuracy bulb. Initial testing has shown them to be very competitive. Very easy to make.
A Class. New rudder, design Bill Hagerup, built by “Big Al” Thomas, Australia. This is hollow, very strong with interesting carbon tube reinforcement… look carefully at the light coming through the rudder.
Footy. A Bill Hagerup design from the USA, printed in Australia by Selwyn Holland then shipped back to Bill to add to his growing 3d printed fleet of Footies.
Footy. Lightweight and very smooth finish.
IOM. Forward deck support strut.
10R. Bow section of an experimental 10R 3d printed design Bill Hagerup and Selwyn Holland are working on. No problems in strength, weight or design yet… just finding time to finish the project. This is definitely pushing the boundaries of this new technology.
IOM. Experimental keel box and winch housing combination.
IOM. Third prototype of the IOM series. Collaboration between Bill Hagerup (designer, USA) and Selwyn Holland (3d printing etc. Australia). Nearly ready to test. The first prototype is displayed in the next image.
First IOM 3D printed prototype September 2016, Bill Hagerup/Selwyn Holland
IOM. Close up of the key internal fittings of the third IOM prototype. All 3d printed, light and strong.