The SP-350 Denise, famous as the “Diving saucer” (Soucoupe plongeante), is a small submarine designed to hold two people, and is capable of exploring depths of up to 400 metres (1,300 ft). It was invented by Jacques-Yves Cousteau and engineer Jean Mollard at the French Centre for Undersea Research.[1] It was built in the year 1959 and usually operated from Cousteau’s ship, the Calypso. More on Wikipedia.
Continue reading for more renderings, information and STL files for 3d printing.
Denise‘s propulsion consists of steerable, electrically powered water jets, allowing it to navigate in all directions, as well as turn about its vertical axis. To correct the attitude of the hull, the pilot can shift a liquid mercury ballast mass. The crew members enter the craft through a hatch on the top of the hull and lie prone side-by-side on mattresses to operate it, watching their surroundings through tilted portholes that let them come within a few centimetres of their subject. Electric lamps are fitted for night diving and to provide illumination for photography at extreme working depths. An electrically operated manipulator arm can be fitted at the front of the craft so that the craft can pick up objects for the crew to examine through the portholes.[2]
The steel pressure hull, nearly circular in plan form, is 2 metres (6 ft 7 in) in diameter and 1.43 metres (4 ft 8 in) high, able to resist a pressure of more than 90 kg/cm2 (1,300 psi), equivalent to a depth of nearly 900 metres (3,000 ft), although dives never exceed 300 metres (980 ft) for safety.
Denise is naturally positively buoyant and is weighted to negative buoyancy with ballast weights that can be jettisoned in an emergency. If the craft is within 100 metres (330 ft) of the surface, the crew can abandon it via the top hatch, provided they are equipped with emergency breathing apparatus.
The 3d model is made specifically for 3d printing, tolerances and dimensions will make printing easier and will produce a nice final model sub. There is a multi-piece hi-resolution STL file pack available; you can get it from here.
And a high-res single-piece STL can be downloaded below.
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