|
The Victoria
The Thunder Tiger Victoria was the boat that got us started and is an excellent choice for anyone interested in RC Sailing. Here in Central Florida we generally sail in 5-8 kt winds which is perfect for any RC sailboat. We do have times when we must sail in in either in drifting (1-3 kts) or fresh (10-15 kts) conditions and the Vic has proven an able performer in these ranges.
One point that has also helped us gravitate toward the Vic are the class rules. The boat is one-design with no modification to the hull, keel or rudder, but allows creativity for those who wish to tinker for most of the rest of the rigging. Interestingly, standard or near standard boats are competitive, in the hands of a well practiced sailor.
Currently, there is a trend toward the elimination of much of the rigging at upper end of the mast. These modifications can simplify building your boat and our fleet members are willing to share their experiences with these modifications.

Please Click the boat to be directed to a reliable supplier
The Boat
The Victoria is the third most popular boat in the AMYA. It's popularity is well deserved, as it is economical, sails well in many conditions and will last for years. This is a good sized model but still fits in the trunk of most cars for easy transport. The rugged one-piece hull and deck plus precision molded parts makes assembly quick and easy. Attention to details makes the model look great while on display. All hardware, rigging and adhesives are included in the kit.
Length: 30", Beam: 6.3", Overall Height: 52", Draft 7", Weight 4.5 lbs. Sail area is 443 sq inches.
Based on current pricing, a boat can be on the water including servos, radio etc. for $200 or less. This is currently, the least expensive boat available within the American Model Yacht Association (AMYA).
The Radio
Class rules limit the radio to a simple and inexpensive 2-Channel radio, with 75mhz frequency radios as the standard. Sunday Sloopers are willing to discuss your purchase options for this equipment and wil advise which reciever fequencies are available.
|