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C&C Yachts was a builder of high-performance fiberglass monohull sailboats with production facilities in Canada, Germany, and the United States. [1] C&C designed and constructed a full range of production line cruiser-racer boats, as well as custom one-off and short production run racing and cruising boats.
C&C 30-1 (Mark 1) This model was designed by Cuthbertson & Cassian, introduced in 1973 and over 800 were built. [9] It has a length overall of 30.00 ft (9.1 m), a waterline length of 24.92 ft (7.6 m), displaces 8,000 lb (3,629 kg), carries 3,450 lb (1,565 kg) of lead ballast and has a masthead sloop rig.
C&C 35-3 (Mark 3) This model was produced from 1982 to 1987 and was a completely new design by Robert W. Ball of C&C. [7] It displaces 10,825 lb (4,910 kg) and carries 4,500 lb (2,041 kg) of ballast. The boat has a draft of 6.08 ft (1.85 m) with the standard fixed fin keel and 6.4 ft (2.0 m) with the optional centreboard/keel. The draft is 4.16 ...
This model was a complete redesign of the earlier C&C 25 by Robert W. Ball and introduced in 1980. A smaller and lighter boat than its predecessor, it has a length overall of 25.08 ft (7.6 m), a waterline length of 20.00 ft (6.1 m), displaces 4,150 lb (1,882 kg) and carries 1,880 lb (853 kg) of lead ballast.
The design was likely derived from the C&C 1/2 Ton of 1975. [5] The boat was originally marketed by the manufacturer as the C&C 29, but is now sometimes referred to as the C&C 29-1 or C&C 29 Mark I, to differentiate it from the unrelated 1983 C&C 29-2 design which was also sold under the name C&C 29. [1] [4] [6] [7] [8] [9]
Wire crossover symbols for circuit diagrams. The CAD symbol for insulated crossing wires is the same as the older, non-CAD symbol for non-insulated crossing wires. To avoid confusion, the wire "jump" (semi-circle) symbol for insulated wires in non-CAD schematics is recommended (as opposed to using the CAD-style symbol for no connection), so as to avoid confusion with the original, older style ...
Common rail fuel system on a Volvo truck engine. In 1916 Vickers pioneered the use of mechanical common rail systems in G-class submarine engines. For every 90° of rotation, four plunger pumps allowed a constant injection pressure of 3,000 pounds per square inch (210 bar; 21 MPa), with fuel delivery to individual cylinders being shut off by valves in the injector lines. [1]
A block diagram of a fuel cell. Design features in a fuel cell include: The electrolyte substance, which usually defines the type of fuel cell, and can be made from a number of substances like potassium hydroxide, salt carbonates, and phosphoric acid. [21] The most common fuel that is used is hydrogen.
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