Hello everyone. I am a 69 year old beginner to rc sail, but I had a lot of dinghy sailing experience when younger. This is my first big post so if you have problems with it please tell me. My scale sail project is taking too long and I was desperate for a sail this summer, so after reading your posts I bought a Victoria. I have had a lot of pleasure from sailing it and I would like to thank you all for helping me to make this choice. I have made some modifications which you may find interesting. I live in the sticks, the nearest model shop is 40 mins drive and the nearest club is 90 mins drive but I have a lathe and a reasonable workshop. There may be commercially available parts for some of the things I have done. If anyone is interested I can post more info on dimensions and how to do it. Our local campsite has given me permission to sail on their fishing lake which covers about 5 acres.
1 I made the radio box easily removeable, using some 8mm sq spruce and some home made bolts (pics 1,2,3). This also sets the box higher, clear of any water that may get in and also brings the servo outputs up to the same level as the sheet and tiller ports to avoid friction. The ends of the support beams are well spaced to reduce the forces imposed by the servo outputs.
2 Instead of the king post arrangement proposed on the OMSA website to resist the downthrust of the mast, I machined some brass stepped sleeves to fit on the ends of the modified keel mounting tube (pic1). When I had done it I thought an easier way would be to fit a 7mm ID tube (Albion Alloys) cut to length over the standard keel mounting tube.
3 The standard mast joiner is too flexible, and the resulting kink in the mast affected the set of the mainsail, so I made a stainless steel one drilled to reduce weight.
4 I found the sheeting arrangement through the lever arm and the cockpit rope bushing in the stern hatch cover gave too much friction, the sails would not pull out in light winds, and I think this may be the cause of short servo and battery life. I made a servo arm with a sheave as shown in pic 4 and a block for the stern hatch cover as shown in pic 5. I am using 2000mAh NiMH batteries which have not died on me but the max duration I have risked so far is 6 hours before recharge. The Futaba S3010 servo is still ok after about 40 hours of use, I probably shouldn't have said that.
The weather is perfect so I am off to the lake. All the best Brian