To experience the underwater world in the optimal way, one of U-Boat Worx’ design priorities has always been the clearest view. To ensure this, our remarkably clear fully acrylic pressure hull has been positioned at the front of the submersible, providing an unobstructed view in every direction, unimpeded by ballast tanks, batteries and other components.
With the C-Researcher series, we have aspired to create the ultimate in luxury interior design. When onboard a C-Researcher, guests enjoy exhilarating views from a sumptuous chair in a comfortable air-conditioned environment with variable airflow, adjustable from each seat. You can also enjoy music from a hi-fidelity Bluetooth sound-system and even chill your favourite drinks in a cold-storage box.
You embark the submarine through its top-hatch. This is a large opening on the top that allows for comfortable entry into the interior of the submersible.
This compact ultra-wide (130-degree) field-of-view instrument has a range of 100 meters, which acts as a second set of eyes when navigating the subsea terrain.
To experience the underwater world in the optimal way, one of U-Boat Worx’ design priorities has always been the clearest view. To ensure this, our remarkably clear fully acrylic pressure hull has been positioned at the front of the submersible, providing an unobstructed view in every direction, unimpeded by ballast tanks, batteries and other components.
With the C-Researcher series, we have aspired to create the ultimate in luxury interior design. When onboard a C-Researcher, guests enjoy exhilarating views from a sumptuous chair in a comfortable air-conditioned environment with variable airflow, adjustable from each seat. You can also enjoy music from a hi-fidelity Bluetooth sound-system and even chill your favourite drinks in a cold-storage box.
You embark the submarine through its top-hatch. This is a large opening on the top that allows for comfortable entry into the interior of the submersible.
This compact ultra-wide (130-degree) field-of-view instrument has a range of 100 meters, which acts as a second set of eyes when navigating the subsea terrain.
The C-Researchers utilise U-Boat Worx’ latest Pressure-Tolerant Lithium-ion Battery System. This new battery technology offers up to 100% more capacity than traditional private submarines. A total capacity of 62 kWh allows the C-Researcher series to extend mission time and minimize operational limitations. Abundant power has made it possible to apply more and stronger thrusters on our C-Researchers. Speed both on the surface and underwater are important to keep the sub on course and in position. Another advantage is that greater depths can be reached in record time. The C-Researcher series is without peer.
While diving, the pilot is in continuous contact with the surface. The integrated acoustic underwater telephone is an important safety feature as it allows for wireless two-way communication.
The C-Researcher is highly stable and manoeuvrable at the surface. These are very important characteristics for easy boarding of the sub. With a C-Researcher submersible you will not get wet feet during when transferring to the submarine. Ergonomic and strategically placed handrails, grips and steps help young and old to embark and disembark safely and comfortably.
You embark the submarine through its top-hatch. This is a large opening on the top that allows for comfortable entry into the interior of the submersible.
The single lifting point makes launch and recovery quick and easy. By only having to attach it at one point – to the crane – you create a safer environment. With the quick-release and efficient-connect lifting gear, you can be quickly in and out of the water. If desired, its man-riding certification supports lifting operations to take place with people inside.
The C-Researchers utilise U-Boat Worx’ latest Pressure-Tolerant Lithium-ion Battery System. This new battery technology offers up to 100% more capacity than traditional private submarines. A total capacity of 62 kWh allows the C-Researcher series to extend mission time and minimize operational limitations. Abundant power has made it possible to apply more and stronger thrusters on our C-Researchers. Speed both on the surface and underwater are important to keep the sub on course and in position. Another advantage is that greater depths can be reached in record time. The C-Researcher series is without peer.
While diving, the pilot is in continuous contact with the surface. The integrated acoustic underwater telephone is an important safety feature as it allows for wireless two-way communication.
The C-Researcher is highly stable and manoeuvrable at the surface. These are very important characteristics for easy boarding of the sub. With a C-Researcher submersible you will not get wet feet during when transferring to the submarine. Ergonomic and strategically placed handrails, grips and steps help young and old to embark and disembark safely and comfortably.
You embark the submarine through its top-hatch. This is a large opening on the top that allows for comfortable entry into the interior of the submersible.
The single lifting point makes launch and recovery quick and easy. By only having to attach it at one point – to the crane – you create a safer environment. With the quick-release and efficient-connect lifting gear, you can be quickly in and out of the water. If desired, its man-riding certification supports lifting operations to take place with people inside.
The C-Researchers utilise U-Boat Worx’ latest Pressure-Tolerant Lithium-ion battery system. This new battery technology offers up to 100% more capacity than traditional private submarines. A total capacity of 62 kWh allows the C-Researcher series to extend mission time and minimize operational limitations. Abundant power has made it possible to apply more and stronger thrusters on our C-Researchers. Speed both on the surface and underwater are important to keep the sub on course and in position. Another advantage is that greater depths can be reached in record time. The C-Researcher series is without peer.
To experience the underwater world in the optimal way, one of U-Boat Worx’ design priorities has always been the clearest view. To ensure this, our remarkably clear fully acrylic pressure hull has been positioned at the front of the submersible, providing an unobstructed view in every direction, unimpeded by ballast tanks, batteries and other components.
Some may believe that getting a submersible ready to dive is a time-consuming operation. However, Owners of U-Boat Worx submersibles know that their submarines are simple, efficient and easy to launch and recover. Pre-dive preparations are swiftly executed by our effective design, state-of-the-art software and smart checklists that ensure your submersible is ready to dive whenever you are.
The C-Researcher is highly stable yet deftly manoeuvrable on the surface. These are very important characteristics for easy boarding of the sub. Nobody gets wet feet while embarking or disembarking the C-Researchers! Ergonomic and strategically placed handrails, grips and steps help explorers young and old to board safely and comfortably.
Each U-Boat Worx submersible is delivered with a world-class pilot training course. The intuitive interface of our submersibles is easy for pilots to learn. Unique to the U-Boat Worx private submarines is passengers being able to navigate the submersible while under supervision of the pilot. The unique control device – the MANTA Controller – can simply be handed over by the pilot to his guests for a once-in-a-lifetime opportunity to personally steer a submarine.
When designing each model, U-Boat Worx factors in a variety of specific solutions to ensure safe and effortless launch and recovery from any type of support vessel. The C-Researcher is no exception. Its single lifting point allows for safe and quick launch and recovery. Man-riding certification is standard to support lifting operations to take place with people inside the submersible, if desired.
Another unique feature of each U-Boat Worx submersible is the MARLIN Controller. This wireless remote control allows the operator or pilot to steer the submarine while it is on the surface – effortlessly guiding the sub away from, or back to, the support vessel.
The C-Researcher series feature two special low height models designed to easily fit aboard most super yachts. The C-Researcher 3 LH – 500 has an impressive height of 185 cm and is capable of diving to depths of 500 meters, while the C-Researcher 3 LH – 1700 is only 230 cm tall and can travel to depths of 1700 meters. Both subs can carry 2 passengers and 1 pilot and can stay submerged for up to 16 hours.
“C-Researcher 3” submersible has won a Red Dot Product Design Award.
The international design competition – the “Red Dot Design Award” – is aimed at those who wish to distinguish their business activities through design. Outstanding design is selected by competent expert juries in the areas of product design, communication design, and design concepts.
“Winning a Red Dot Product Design Award for the second consecutive year in a row is a crowning achievement for our company,” said Bert Houtman, Founder and Chairman of U-Boat Worx. “It reinforces to our clients that our products are world class.”
C-Researcher
The Pressure-Tolerant Battery System houses the batteries and electronics in oil-filled pressurised enclosures. The use of pressure-resistant components reduces the size and weight of the submersible, particularly on the deep-diving models.
The MANTA Controller allows for pinpoint precision manoeuvring. The intuitive controls permit for supervised passenger steering, offering passengers an even more exciting dive experience. The controller also provides quick access to intelligent pilot assistance features such as Auto-heading and Auto-depth.
Initially developed to make launch and recovery effortless and safe, the MARLIN Controller is a wireless remote that can navigate the submarine on the surface. Once the submarine is in the water, the controller can be used to steer it away from the support vessel without a pilot inside. The MARLIN Controller can also be used to keep the submarine in position above a dive site, while the pilot assists with passenger embarkation.
With Auto-depth engaged, the submersible will hold steady at its current depth. When applying vertical thrust, the function will automatically disengage and seamlessly respond to the pilot’s commands. This function forms part of the intelligent pilot assistance features.
When Auto-heading is activated, the submersible will automatically hold its current heading, whether following a course or facing an object of interest. This function forms part of the intelligent pilot assistance features.
The U-Boat Worx Information System (UIS) gives the pilot direct access to all relevant information on a clear touchscreen display. This PLC-based network of sensors ensures the right information is provided at the right time. The UIS makes diving effortless.
The single lifting point makes launch and recovery quick and easy. By only having to attach it at one point – to the crane – you create a safer environment. With the quick-release and efficient-connect lifting gear, you can be quickly in and out of the water. If desired, its man-riding certification supports lifting operations to take place with people inside.
The C-Researchers are delivered with a man-rated lifting certification as standard, which permits manned launch and recovery if the circumstances require.
The C-Researchers are characterised by their abundant payload. This payload can be used for carrying many optional extras or collecting underwater objects. The automatic trim weight system maintains the horizontal trim of the submersible when gathering heavy samples.
Apart from the basic forward, reverse, up and down movements, the submersible can also move laterally. Lateral movement greatly optimises object approach, view, and dive efficiency.
The MDP feature prevents the pilot from diving deeper than the submarine’s maximum operating depth. In case the submersible should ever find itself too deep, this safety feature will automatically raise the sub until it is once again within its certified depth.
This DMS safety system will automatically resurface the submersible in the unlikely event that the pilot becomes incapable of controlling it. The pilot needs to acknowledge the DMS every 10 minutes, otherwise it will initiate the ascent procedure.
The Safety Buoy is characteristic for U-Boat Worx submersibles. When released it marks the position of the submarine on the surface. The safety buoy of the deep-diving C-Researcher models also sends a signal to the mother ship. The Dyneema Rope that connects the buoy with the submersible measures 1.5 times the operating depth of the submersible.
A very advanced USBL system is available that relays GPS data to the submersible’s on-board computer via integrated underwater modems.
Piloting with real time positioning and supporting text data provides for accurate and efficient navigation.
The DVL (Doppler Velocity Log) delivers real-time ground speed and position data linking to the on-board computer system.
Certification by the world-leading classification society, DNV, requires each individual submersible to meet stringent and extensive rules and regulations, as well as pass a range of rigorous test and trials from design to final delivery. Overseen by independent surveyors, this is an independent verification of the safety of every U-Boat Worx submersible.
This large lead weight can be manually released from within the submersible to increase the buoyancy of the submarine and assist its return to the surface in case of an emergency.
Each submarine is equipped with a minimum of 96 hours of life support. Regardless of whether it is a 3-person or a 11-person submarine, all occupants have 96 hours of life support available. This additional life support is mandatory according to the rules of DNV. It can be used in the unlikely event the submersible needs to remain underwater longer than the regular mission time. The 96 hours of life support includes oxygen supply and CO2 scrubbers to filter the air, but also emergency battery power for life support monitoring, communication with the surface, light, food and water.