Omega Seamaster Planer Ocean Ultra Deep - "Aquaman" in Reality
In April and May of this year, explorer VictorVescovo drove a deep-sea submersible called "Limiting Factor", dive to the bottom of the Mariana Trench four times and created a new world record of 10,928 meters of human dive. In the deepest part of the ocean, Victor Viskovo not only discovered a number of new species, but also “accidentally” photographed plastic waste.
What many friends don't know is that three replica Omega Seamaster Planer Ocean Ultra Deep professional diving watches have been fixed outside the cabin of the “Limiting Factor” deep-sea submersible, and they have also participated in the process of creating new records.
In order to participate in this journey of exploring history, the conditions are not as harsh as usual. It is said that before the "LimitingFactor" was put into use, the world's active manned submersible capable of working at a depth of 7,000 meters or less was only the Chinese "Jilong".
Victor Viskovo's "Limiting Factor" is currently one of the most advanced submersibles in the world. It was developed by Triton (the top diving design manufacturer) and has been certified by DNV-GL (authoritative ship certification body). Its hull is made of 5 grade titanium alloy of nearly 9 cm thick, using the most advanced forging technology. , and the professional diving watch in the general sense is completely out of one level.
Although Omega has rich experience and strong technical strength in the field of professional diving watches, it is still challenging the existing technical limits of the watchmaking industry to create a watch that can conquer the deepest parts of the ocean.
To this end, cheap replica Omega watches had to start from scratch. As mentioned earlier, the primary goal of Ultra Deep is to withstand high water pressures. According to common sense, the thicker the case, the better the compression resistance, but Omega hopes to ensure the waterproofness while maximizing the thickness of the case, and even want to preserve the classic (elegant) appearance of the hippocampus.
To this end, Omega not only uses the "Limiting Factor" cabin material to cut out the outer shell of the Ultra Deep professional diving watch, but also uses the advanced finite element analysis method to repeatedly simulate the shape of the case.
The finite element analysis method is widely used in the aerospace and construction fields. It has the advantage of simulating the strength and durability of the watch under various external environments and stress conditions without trial production. Reduced the time and cost of research and development, and increased the insurance factor of the product.
What many friends don't know is that three replica Omega Seamaster Planer Ocean Ultra Deep professional diving watches have been fixed outside the cabin of the “Limiting Factor” deep-sea submersible, and they have also participated in the process of creating new records.
In order to participate in this journey of exploring history, the conditions are not as harsh as usual. It is said that before the "LimitingFactor" was put into use, the world's active manned submersible capable of working at a depth of 7,000 meters or less was only the Chinese "Jilong".
Victor Viskovo's "Limiting Factor" is currently one of the most advanced submersibles in the world. It was developed by Triton (the top diving design manufacturer) and has been certified by DNV-GL (authoritative ship certification body). Its hull is made of 5 grade titanium alloy of nearly 9 cm thick, using the most advanced forging technology. , and the professional diving watch in the general sense is completely out of one level.
Although Omega has rich experience and strong technical strength in the field of professional diving watches, it is still challenging the existing technical limits of the watchmaking industry to create a watch that can conquer the deepest parts of the ocean.
To this end, cheap replica Omega watches had to start from scratch. As mentioned earlier, the primary goal of Ultra Deep is to withstand high water pressures. According to common sense, the thicker the case, the better the compression resistance, but Omega hopes to ensure the waterproofness while maximizing the thickness of the case, and even want to preserve the classic (elegant) appearance of the hippocampus.
To this end, Omega not only uses the "Limiting Factor" cabin material to cut out the outer shell of the Ultra Deep professional diving watch, but also uses the advanced finite element analysis method to repeatedly simulate the shape of the case.
The finite element analysis method is widely used in the aerospace and construction fields. It has the advantage of simulating the strength and durability of the watch under various external environments and stress conditions without trial production. Reduced the time and cost of research and development, and increased the insurance factor of the product.
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