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Russian para-athlete, Dmitry Pavlenko – assisted by 3D printed diving gear – has made a record-breaking dive in Egypt’s Red Sea.
Pavlenko executed the 40-meter independent deep dive on May 7th, 2018 using a buoyancy lever which controlled his air-circulation valves whilst underwater. The lever was designed and created by a student engineering team from Moscow Polytechnic University (MPU) in Russia.
Commence - Project - Depth - Assault
Commence project “Depth Assault”
To reach deeper beneath the sea’s surface, divers must wear special vests fitted with two-valves to control air circulation. With his unique anatomy Pavlenko cannot properly control these valves, hence the need for a lever.
Pavlenko - Arms - Legs - Bomb - Blast
Pavlenko lost both his arms and legs in a bomb blast while serving in the Russian army and has made it his goal to surpass fellow quadruple amputee and diver Philippe Croizon’s record-setting dive of 33-meters. Thus, he created a homemade lever. However, this lever eventually became problematic. Calling on Anisoprint, a manufacturer of continuous carbon-fiber FFF 3D printers, and MPU students, Pavlenko inspired the start of project Depth Assault.
The project initiated a hackathon on March 24th to design and create diving equipment that would allow Pavlenko to execute a deep dive crossing 30-meters.
Event - Student - Engineering - Teams - Prototypes
During the day-long event, six student engineering teams produced four different prototypes using Fused Deposition Modeling (FDM) of ABS plastic.
“The competitions that are concluded with the manufacturing of a functional prototype allow [us] to evaluate the training level of the students,” said Pavel Petrov, Head of the Department of Mechanical Engineering at MPU.
Petrov - Students - Materials - Processing - Pressure
Petrov adds, “The students can see the materials processing by pressure and additive technologies and acknowledge that the practical skills are now in demand in society.”
Para-athlete Dmitry Pavlenko (left) with students of the hackathon. Photo via Moscow Polytechnic University.
ABS - Prototype - Pressures - Immersion - Assemblies
Using ABS alone, the first prototype proved weak when tested against the pressures of deep immersion. Multi-part assemblies also proved to...
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