Space fashions en vogue

Imagine seeing the seabed up close and intense, yes, gazing and meticulously studying every detail.

That’s what technology is making possible not only for a few select scientists but also for the superrich.

More than half of the ocean is unexplored. If you don’t understand a place, the first step is to explore it. Imagine a craft that allows you to explore parts of our world that we could not otherwise see.

Carbon fiber that encrusted the capture that imploded could have been avoided.  There were warnings.

See a three-to-nine-passenger submersible. It’s like a goldfish bowl, but the fish are outside, and the people are inside. A spherical submersible has been meticulously designed, tested, and tested again.

John Ramsay is the principal designer of a series of submersibles called Tritons.  His latest offering seats nine passengers. His approach is, If someone else has an elegant solution, why reinvent the wheel? Build on what you have. After all the planning, the submersible still needed tweaking, but the undaunted crew pressed ahead daily.

Testing must be rigorous when lives are at stake.  Then a third party certifies your product.

Finally, the submersible is ready for its first dive. It makes a shallow dive while the crew monitors everything. If this project succeeds, many others will be able to explore the seabed in comfort.

In 2019, Triton completed the design and manufacture of the DSV Limiting Factor, a full-ocean-depth Triton model 36000/2. The DSV Limiting Factor became the first commercially certified full-ocean-depth crewed submersible, a significant milestone for the company.[9]

Acrylic is used in submersibles primarily as a material for constructing transparent pressure hulls and viewports, allowing occupants to have a clear view of their surroundings underwater due to its transparency and ability to withstand immense pressure at deep depths; essentially, it's the primary material used for the "windows" of a submersible, enabling observation of marine life and the ocean floor. 

Fire-resistant garments

Customer suits are tailored for women, who require a different type of ensemble than men. The challenge is to keep firefighters safe from fire and cool at the same time.

Mannequin simulation instructs inventors about the effectiveness of their firefighting fabrics.

Sweating mannequins

Yes, mannequins perspire so scientists can determine how to fabricate safe outfits for men and women firefighters. In fact, moving mannequins show the need for adjustments to the design to fit real-world conditions.