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Robust construction and pleasing design are combined in the wing kite. Because it carries a comparatively large area of framework, which results in increased weight, it may be found to fly best in a fresh to strong wind. However, in practised hands this kite proves to be quite versatile in flight.
Begin by forming the main framework. Cut four crossbars for the wings, A, B, C, and D. Each measures 2 ft. 6 in. in length. Use 1/4 in. square stripwood. Make grooves in each end. Cut two longerons from 3/8 in. sq. stripwood, 2 ft. 8 in. in length, which are also grooved at the ends. See E and F (Fig. 18). The longerons are glued and nailed to the crossbars at the positions shown in
Fig. 18. Use 3/4 in. fretwork nails. Bend the ends over and hammer them flat. Part drill through the wood to receive the nails and put a spot of oil in the holes. Add eight wooden blocks in the positions indicated. They are cut from 1/4 in. square stripwood and are
I in. in length. Fix them with glue and nails. A third longeron, G,
and four upright struts, H, I, J, and K, are made at this stage, but
are assembled later on; 1/4 in. square stripwood is used. The
longeron is 2 ft. 8 in. in length and is not grooved at the ends. The
struts measure 97/8 in. and at one end are cut in a V shape, which is
1/8 in. in depth. Smooth all parts thoroughly with fine sandpaper.
Apply a coat of clear varnish and set aside to dry.
Following this, the framework is braced with thin strong string. Make a start by binding it round and tying it to the right-hand end of the top crossbar, leaving a 4 in. free length beyond the knot. From there take it round the ends of the framework, by means of the grooves provided. Return to where you started and knot the ends together securely. As a safeguard against possible distortion of the framework whilst this work is being done, use the following device. Take two 2 ft. 6 in. lengths of stripwood and bind them near the ends of the crossbars. These are removed when the bracing is completed. Glue strips of material over the ends of the framework to keep the bracing in place.
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