Model or steering gear. Splitting model of the port half of a stern over the water line that demonstrates the steering device. The stern has an elliptical fence and three decks, all indicated with their web; The upper deck is open. It has a large cross-shaped screw sleeve between stern and screw stages. Just before the screw sleeve, the drum of the steering wheel is on the upper deck. The steering device, which runs just below the upper deck, is a mixture of Rapson slide and luiverwagen. The lower stirring pin moved by the control device is curved to be able to move in the scope of the screw c

Model or steering gear. Splitting model of the port half of a stern over the water line that demonstrates the steering device. The stern has an elliptical fence and three decks, all indicated with their web; The upper deck is open. It has a large cross-shaped screw sleeve between stern and screw stages. Just before the screw sleeve, the drum of the steering wheel is on the upper deck. The steering device, which runs just below the upper deck, is a mixture of Rapson slide and luiverwagen. The lower stirring pin moved by the control device is curved to be able to move in the scope of the screw cooker; It is not directly connected to the stirring king, but revolves around your own axis and the movement is transferred to the steering station with two hinges. Between rails, which are arranged between the screw sleeve and the ship's wall, a plate goes back and forth with a bracket loosely around the stem, driven by the control strip that goes over two discs on top of this plate. Due to the play in the bracket, the stem can follow the movement of the plate without being hindered in the arc movement it describes. The voltage of the control frame can be controlled with a tensioning screw. The rudder is described in the type under NG-MC-1064. Scale 1:20.

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