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| How fast is the Turbo II? Well obviously it cannot be as fast on flat, calm water as a fine racing scull which is only 28cm (11in) wide and is 8m long. The speed achievable in a boat is related to its aspect ratio, the ratio of length to width. This is why warships are made much slimmer than cargo ships. At 60cm the Turbo II is about twice the width of a typical racing single scull and it is only 4.80m long so it will fit easily in a garage or on a car roof. But compare this to a typical yacht tender's dimensions of 1.3m wide by 4m long and you will understand what we mean when we say the Turbo is fast. The speed of a hull is also affected by the sharpness of the bow and you can see that the Turbo II is sharp. Add to this the ability to use the whole body, legs and all, because of the sliding gear and you begin to realise the potential for speed in this exciting boat. |
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How stable is the Turbo II? |
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A fine, racing scull is inherently unstable. You cannot sit in a racing scull without oars. It is just impossible. Actually you cannot really sit in a racing single at all. You sit on it. The sculler needs oars in a racing scull like a tight-rope-walker needs a pole. The handles must be kept at a constant height relative to each other. This way the oars provide a similar inertia to the tight-rope-walker's pole and slow down the rolling of the boat between strokes so that the chances of losing balance in between strokes is greatly reduced. |
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This requires a very high degree of skill, which is not what the Turbo II is all about. The Turbo is a boat designed for having instant fun in, without the necessity for years of coaching. |
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Another feature that separates to Turbo II from your typical racing boat is the height of the deck in the cockpit. In a racing boat the deck is above the waterline so it feels tippy when you step into it. In the Turbo II, however, the deck is below the waterline, at the bottom of the boat, so you feel much more confident when you step in and out. |
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There is also room for you to put both feet side by side in a Turbo so you can stand up with both legs at once. In a racing boat you have to stand up on one leg only! If you do not think this is significant just try doing a single leg squat. Were you able to get up with just the one leg after you squatted down? Well done if you did - not many people can do that. But you appreciate the significance of being able to put both feet on the deck now, don't you? |
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Can it sink? |
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You would have to dash the boat extremely viciously against very sharp rocks for that to happen. Most knocks and bumps can be absorbed by the hull with no discernible damage. Most knocks that would puncture or crack a fibreglass hull will be unlikely to hurt the Turbo II. So it is really a safe boat to be in. You can biff and bash things accidentally with little consequence. |
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How do I repair the hull if it does get damaged? |
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Why are there two versions? |
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There is another advantage to this design. With a sliding seat the hull speed variation during each stroke cycle is quite considerable. There is a momentum exchange between the rower and the boat. The rower, whilst sliding towards the stern gives up some momentum to the hull making the hull go quicker through the water than it would if the sculler had remained stationary. However, when the sculler changes direction at the beginning of the stroke there is a dramatic fall in the hull speed. |
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With a sliding rigger, however, this hull speed variation is minimised and the overall average speed is consequently greater. At the world rowing championships in the early 1980's all the fastest scullers used sliding riggers. Then FISA, the world rowing authority banned them from international races to save poorer countries the cost of replacing their entire boat stock. |
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So the Turbo was optimised for sliding riggers. However, the rowing clubs saw the Turbo II as an ideal boat in which to teach beginners and they wanted sliding seats rather than sliding riggers. Hence the two designs. |
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Our recommendation. |
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Can I take a passenger? What tools will I need with the boat? |
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This compares favourably to the conventional racing single which has usually four bolts per rigger and two separate riggers. The rowing pins complete with oarlocks have to be attached to the rigger when you first receive the boat and this requires two 19mm spanners. After that they should require no adjustment. |
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Another of the clever design features of the Turbo II, indeed the whole VIRUSBOATS range, is that the stretcher requires no tools for its adjustment. Moreover, once the stretcher position is set, it cannot slip whilst you are rowing unlike some designs found in other recreational rowing boats; not to mention some racing boats. |
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How easy is it to carry? Can I choose my boat colour? |
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What oars (sculls) should I choose? |
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What is the price? |
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How long does it take for delivery of a boat? |
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I WANT TO BUY! How do I go about placing an order for one? |
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Quick Summary of the Turbo II |
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How to contact us |
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| TS515 Training Scull | Yole | Kataram | TurboSkiff | Sailing Trimarans |
| Ahoy-Boats, 36 Salmon Leap, Chester, CH4 7JJ, United Kingdom. Contact Us. |