The document summarizes the design of a proposed 103-meter superyacht/submarine hybrid called Hybrid 2021. It was conceived by two designers, Edwin Van der Mark and Harley O'Neill, as a vessel that can operate safely above or below the water. Some key features include underwater living quarters, advanced green technologies, and the ability to evade threats like pirates by submerging. The designers believe this represents the future of superyachts and could spark a new class of vessels.
SEMI-SUBMERSIBLE YACHT CONCEPT - RETHINKING BEHAVIOUR AT ANCHOR AND GENESIS O...Harley O'Neill
The NEMO concept was discovered by MARIN at the MYS 2015. The concept derives from study on submersible and semi-submersible yachts developed jointly by Edwin van der Mark and Harley O’Neill.
SEMI-SUBMERSIBLE YACHT CONCEPT - RETHINKING BEHAVIOUR AT ANCHOR AND GENESIS O...Harley O'Neill
The NEMO concept was discovered by MARIN at the MYS 2015. The concept derives from study on submersible and semi-submersible yachts developed jointly by Edwin van der Mark and Harley O’Neill.
under water pp.pptx construction techniquessmilingqueen2
Underwater construction, often referred to as underwater engineering or subsea engineering, involves various techniques designed to facilitate the building and maintenance of structures beneath the water's surface. Here are some key methods and technologies used in underwater construction:
1. **Cofferdams**: A cofferdam is a temporary enclosure built within or across a body of water that is pumped dry to create a work environment where the construction can be carried out in the dry. Cofferdams are commonly used for bridge piers and other support structures.
2. **Caissons**: These are watertight structures used in underwater construction that are built above water or in place and then sunk to the required depth. Once in position, the water is pumped out to provide a dry work environment. This method is typically used for the construction of bridge foundations and other underwater structures.
3. **Diving and Remote Operated Vehicles (ROVs)**: Divers play a crucial role in underwater construction, performing tasks such as welding, cutting, inspection, and installation. For deeper or more hazardous environments, remotely operated vehicles are used to perform a variety of tasks that are too dangerous or impractical for human divers.
4. **Underwater Welding and Cutting**: These are critical skills in underwater construction. Specialized techniques such as hyperbaric welding (done inside a chamber filled with a pressurized gas mixture) and wet welding (directly in the water) are employed depending on the nature and requirement of the project.
5. **Grouting and Concreting**: Underwater concrete placementUnderwater construction, often referred to as underwater engineering or subsea engineering, involves various techniques designed to facilitate the building and maintenance of structures beneath the water's surface. Here are some key methods and technologies used in underwater construction:
1. **Cofferdams**: A cofferdam is a temporary enclosure built within or across a body of water that is pumped dry to create a work environment where the construction can be carried out in the dry. Cofferdams are commonly used for bridge piers and other support structures.
2. **Caissons**: These are watertight structures used in underwater construction that are built above water or in place and then sunk to the required depth. Once in position, the water is pumped out to provide a dry work environment. This method is typically used for the construction of bridge foundations and other underwater structures.
3. **Diving and Remote Operated Vehicles (ROVs)**: Divers play a crucial role in underwater construction, performing tasks such as welding, cutting, inspection, and installation. For deeper or more hazardous environments, remotely operated vehicles are used to perform a variety of tasks that are too dangerous or impractical for human divers.
4. **Underwater Welding and Cutting**: These are critical skills in underwater construction. Specialized techniques such
In 2001 Euroavia Toulouse organized a symposium on ground effect. We invited most of the Russian and German actors, and some experts from Holland, UK or France for a week of science around the subject of ekranoplans / flying boats. This was dedicated to students. A book was issued... and now that all copies have been sold for a while I am sharing this on LinkedIn for everyone.
Enjoy.
Stéphan AUBIN
Platypus un nouvel objet des mers – Une experience sous-marine inédite !Microsoft Ideas
Le Platypus est un concept nautique révolutionnaire d’exploration sous-marine de petite profondeur. Engin nautique semi-submersible, il permet de naviguer indifféremment sur ou sous l’eau. Il est le fruit de passionnés du monde aquatique et de technologies. Un nouveau produit qui livre tous ses bénéfices grâce au Cloud. Cette session sera l’occasion d’échanger avec les concepteurs du Platypus qui est en train de développer un tout nouveau marché.
Vikal is a builder of high quality super yacht tenders and has delivered more than 50 customizedtenders, to motor yachts over 75 meters. Vikal sets the benchmark for quality, innovation & reliability.
The delivery of quality & innovation without compromise, is at the heart of every Vikal Build. The companies build history and client base speaks for itself with industry longevity & reliability second to none, Vikal has manufactured quality vessels, from the same premises in Western Australia, since 1982.
thyssenkrupp Marine Systems specialize in the development of non-nuclear submarines and naval surface vessels with leading technology and reliable products.
under water pp.pptx construction techniquessmilingqueen2
Underwater construction, often referred to as underwater engineering or subsea engineering, involves various techniques designed to facilitate the building and maintenance of structures beneath the water's surface. Here are some key methods and technologies used in underwater construction:
1. **Cofferdams**: A cofferdam is a temporary enclosure built within or across a body of water that is pumped dry to create a work environment where the construction can be carried out in the dry. Cofferdams are commonly used for bridge piers and other support structures.
2. **Caissons**: These are watertight structures used in underwater construction that are built above water or in place and then sunk to the required depth. Once in position, the water is pumped out to provide a dry work environment. This method is typically used for the construction of bridge foundations and other underwater structures.
3. **Diving and Remote Operated Vehicles (ROVs)**: Divers play a crucial role in underwater construction, performing tasks such as welding, cutting, inspection, and installation. For deeper or more hazardous environments, remotely operated vehicles are used to perform a variety of tasks that are too dangerous or impractical for human divers.
4. **Underwater Welding and Cutting**: These are critical skills in underwater construction. Specialized techniques such as hyperbaric welding (done inside a chamber filled with a pressurized gas mixture) and wet welding (directly in the water) are employed depending on the nature and requirement of the project.
5. **Grouting and Concreting**: Underwater concrete placementUnderwater construction, often referred to as underwater engineering or subsea engineering, involves various techniques designed to facilitate the building and maintenance of structures beneath the water's surface. Here are some key methods and technologies used in underwater construction:
1. **Cofferdams**: A cofferdam is a temporary enclosure built within or across a body of water that is pumped dry to create a work environment where the construction can be carried out in the dry. Cofferdams are commonly used for bridge piers and other support structures.
2. **Caissons**: These are watertight structures used in underwater construction that are built above water or in place and then sunk to the required depth. Once in position, the water is pumped out to provide a dry work environment. This method is typically used for the construction of bridge foundations and other underwater structures.
3. **Diving and Remote Operated Vehicles (ROVs)**: Divers play a crucial role in underwater construction, performing tasks such as welding, cutting, inspection, and installation. For deeper or more hazardous environments, remotely operated vehicles are used to perform a variety of tasks that are too dangerous or impractical for human divers.
4. **Underwater Welding and Cutting**: These are critical skills in underwater construction. Specialized techniques such
In 2001 Euroavia Toulouse organized a symposium on ground effect. We invited most of the Russian and German actors, and some experts from Holland, UK or France for a week of science around the subject of ekranoplans / flying boats. This was dedicated to students. A book was issued... and now that all copies have been sold for a while I am sharing this on LinkedIn for everyone.
Enjoy.
Stéphan AUBIN
Platypus un nouvel objet des mers – Une experience sous-marine inédite !Microsoft Ideas
Le Platypus est un concept nautique révolutionnaire d’exploration sous-marine de petite profondeur. Engin nautique semi-submersible, il permet de naviguer indifféremment sur ou sous l’eau. Il est le fruit de passionnés du monde aquatique et de technologies. Un nouveau produit qui livre tous ses bénéfices grâce au Cloud. Cette session sera l’occasion d’échanger avec les concepteurs du Platypus qui est en train de développer un tout nouveau marché.
Vikal is a builder of high quality super yacht tenders and has delivered more than 50 customizedtenders, to motor yachts over 75 meters. Vikal sets the benchmark for quality, innovation & reliability.
The delivery of quality & innovation without compromise, is at the heart of every Vikal Build. The companies build history and client base speaks for itself with industry longevity & reliability second to none, Vikal has manufactured quality vessels, from the same premises in Western Australia, since 1982.
thyssenkrupp Marine Systems specialize in the development of non-nuclear submarines and naval surface vessels with leading technology and reliable products.
1. S Y I 2 0 1 2 | v o l u m e 7 | I S S UE 3
NETHERLANDS’LEADINGBUSINESS-TO-BUSINESSMAGAZINEFORTHEINTERNATIONALSUPERYACHTINDUSTRY
Modern Day Nautilus
THE SUPERYACHT SUB
SYI2012|VOLUME7|ISSUE3 FOCUS–THENETHERLANDS SUPERYACHT-INDUSTRY.COM
Devilish Details
TECHNOLOGY IS KEY
Aurelia
GRAN TURISMO TRIBUTE
2. 30 | SuperYacht Industry | Volume 7 | Issue 3
NAVAL ARCHITECTS & DESIGNERS
30 | SuperYacht Industry | Volume 7 | Issue 3
‘Think of it. On the surface there is hunger and fear. Men still exercise unjust laws. They
fight, tear one another to pieces. A mere few feet beneath the waves their reign ceases,
their evil drowns.’ These may be the words of Captain Nemo in the famed 1954 film Twenty
Thousand Leagues Under the Sea, but they could belong to the two designers who
created their own modern day Nautilus. The only difference: their vessel is a superyacht
and a submarine. By Courtney Fray.
The Superyacht Sub
Modern Day
3. SuperYacht Industry | Volume 7 | Issue 3 | 31
NAVAL ARCHITECTS & DESIGNERS
SuperYacht Industry | Volume 7 | Issue 3 | 31
>
Nautilus
The year is 2021. A superyacht crew member
feels a knot form in his stomach. He spots pirates
on the horizon. The moment of panic vanishes
almost as fast as it set in. For in a few minutes the
captain, crew, owners and friends will enjoy a
safe, subsea view as the superyacht pushes full
speed ahead – underwater.
This is the future of superyachts, as two
innovative designers see it. In Amsterdam last
year, the designers were perfect strangers who
walked into the same maritime trade show. When
they walked out, they had an idea to take luxury
yachting to a new level – quite literately. The pair
not only designed a new superyacht, but one that
dives below the water. They designed a
superyacht-submarine crossover.
A SuperSub is Born
Her concept name is Hybrid 2021 and she was
born from the creative minds of Edwin Van der
Mark, a conceptual designer, and Harley O’Neill of
SuperyachtME. They believe the market begs for a
different breed of superyachts. As Mr Van der Mark
said, “there is a growing group of superyacht
owners” that simply “want something new.”
The market need is obvious to Mr O’Neill, as
international militaries and governments have
already approached his team for ‘surface to subsea
living’ designs. “Our designs are directly manifested
by the global interest to take quantum leaps into
the future of ship evolution,” says Mr O’Neill.
Filling a market gap, however, is not their only
concern. They sense this is the inevitable future
for superyachts – perhaps down the line, all
superyachts will be submersible. For Mr O’Neill,
that future is not far off. He feels certain today’s
technology can deliver such a superyacht: “the
world is changing and technologies are advancing
at incredible speeds, allowing for the impossible
to be possible.”
During an emergency, a passenger can
climb into a lifepod as seen above. It then
launches into the sea to safety.
4. 32 | SuperYacht Industry | Volume 7 | Issue 3
NAVAL ARCHITECTS & DESIGNERS
She’s Got the Look
Atop the waves, Hybrid 2021 is sleek like a
submarine, but her 103 metres reveal the
unmistakable élan of a superyacht. Like
something out of The Transformers films, her two
solid panels at the stern slide open sideways to
reveal her tiered decks. The design allows the
panels to remain open at the vessel’s destination
or at cruising speed. The roof hatch of the owner’s
cabin lifts, also in transformer fashion, to let
sunlight saturate the space anytime the vessel is
above water.
Hybrid 2021 is a complete superyacht package
with an owner’s penthouse, guest apartments,
outdoor decks, swimming pools, beach club,
helicopter pad, lounge bar and, not to mention,
a hidden sun deck in the front of the vessel with
a jacuzzi. Located midships, guests will enjoy
luxury sleeping quarters. They can also take in a
movie at the onboard theatre, go for a dip in the
indoor swimming pool or stay fit in the gym
studio. She even boasts a garage for toys and
tenders with subsea hatches and moon pools to
launch a mini-submarine or send scuba divers
into the underwater world.
Not to neglect her technical side, the designers
expect the Hybrid 2021 to be ‘all green’ from the
inside out. Hydrogen and oxygen generators and
a water maker will supply power, fresh air and
water. They intend to power her with all magnetic
motors, sodium ion batteries, vortex propulsion
dynamics, hydrogen fuel cells and reverse
entropy. Mr O’Neill said this is “just a small taste
to what we see in our concept transformation.”
Superyacht at Heart
With the appearance of luxury submarines and
similar concepts in recent years, the two
designers affirm their concept has both a different
purpose and perspective. Unlike luxury subs, the
Hybrid 2021 is a superyacht at heart. They
designed her for life above the water, but with the
unique ability to push below the surface for
temporary dives. Mr Van der Mark: “I wanted to
design a complete new type of vessel. At the
moment we see a lot of look-a-like designs… we
call those ‘safe designs.’ I want to design with a
different approach and take some calculated risk.”
Mr O’Neill added: “Our designs are still
superyachts, just with advanced thinking…
our solutions are based upon current needs and
technologies. We are strongly dedicated to
collapsing ideas together from different industries
that have not been accurately intermingled in the
recent past.” For Mr O’Neill, technology and their
unique experience also set the Hybrid 2021 apart
5. SuperYacht Industry | Volume 7 | Issue 3 | 33
NAVAL ARCHITECTS & DESIGNERS
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Watertight
To take a ship beneath the water, keeping her
watertight presents a challenge. Her designers
confront the issue head on. All onboard doors and
hatches linked to the decks will be double locked
and watertight. Additionally, sensors and cameras
will help keep water out, when the vessel
performs a dive. Mr O’Neill is candid about
current watertight technology. He explains
“watertight solutions have been proven” but the
technology will not evolve until groups such as his
“come together to help give an extra push.” He
adds: “We are not looking to develop deep-sea
diver vessels, but instead a vessel that can push
itself below the surface during high seas or
submerge just below the surface when at port
during bad weather.”
Industry Impact
For the future of the superyacht industry, Mr Van
der Mark and Mr O’Neill, believe there is no room
for outdated technologies nor frames of mind.
from competing ideas: “When we look at other
such theories presented in the market, we see old
technologies… limiting the possibility to creating
the next generation in ship designing.” Not to
mention, Mr O’Neill served with the US Navy
Submarine force which gives the team, a realistic
understanding of design potentials and limitations.
They design with the true intent to build.
Piracy Proof
If the Hybrid 2021 indeed sparks a new genre of
superyachts, their defining quality will likely be the
ability to hide from impeding threats. Piracy, as it
is known today, may become a danger of the
past. According Mr O’Neill, piracy evasion is a key
benefit to the Hybrid 2021, “for a ship submerged
will always have the advantage over surfaced
craft.” Mr Van der Mark said because the Hybrid
2021 will be able to hide underwater from would-
be attackers, the piracy issue filled his original
design notes.
Piracy is not the only danger the Hybrid 2021 is
designed to evade. When a tropical storm or
hurricane brews, the vessel can simply slip beneath
the water to wait it out. Mr O’Neill also points out,
“living below the surface will solve the ancient story
of seasickness and discomfort for it’s a smoother
ride below the waves than on top of them.”
Should disaster strike, however, the designers
have more than one solution – abandon ship in
the mini-submarine or use their innovative
‘Lifepod System.’ Similar to the capsulated
structures used to pick up astronauts in the ocean
– multiple lifepods will be installed on Hybrid
2021. During an emergency, a passenger can
climb into a lifepod. It then launches into the sea
to safety. A large hook atop the pod allows a
helicopter to easily pluck it from the water.
Mr O’Neill: “Our Lifepod System was specially
designed by our team in order to tackle such
problems seen with not just submarine
applications but also with conventional surface
ship applications.”
They insist their experience coupled with a
visionary client and team will bring the idea to life,
well before 2021. “We believe all future
superyachts will be submersible capable,” says
Mr O’Neill. “It is time for mankind to take big
steps… to bring the sailor back to the sea.”
i. www.vandermark3d.nl
i. www.superyacht.me
Men Behind the Design
After serving on fast attack submarines in the US Navy, Harley O’Neill continued into
advanced maritime markets. Mr O’Neill developed a speciality in noise and vibration
applications for yachts. His coating formulation included decoupling characteristics which
proved beneficial for the US Navy. Today, Mr O’Neill maintains a residency in Monaco and an
office in Croatia to work with a wide range of damping and thermal products for yacht
builders, militaries, governments, universities, and special interests groups. Mr O’Neill is the
Director for Global Business Developments for SuperyachtME – a 3D design and maritime
engineering firm – with a mission to propel superyacht and military shipbuilding into the future.
The other man behind the Hybrid 2021 design, Edwin Van der Mark, initially worked as
a designer and illustrator in the advertising industry. He then was a career freelancer with
a specialty in artist impressions for real estate companies. However, he followed a childhood
dream to design boats, and eventually became a concept designer for the superyacht
industry. In the beginning he admits his designs were “nothing special, just nice designs,” but
today his designs to give clients a peak into the future. They are “new concepts, never done
before.” He looks forward to collaborating with shipyards, partners in project management,
interior designers, and naval architects for the Hybrid 2021 adventure.
Edwin Van der Mark of Van der Mark 3D Design Harley O’Neill, Director of Global Business Development for SuperyachtME