Aquarov Mk.II


The Aquarov Mk.II is a middle-sized carrier platform designed for heavy duty and sensoring. The system is designed as a heavier alternative to the Aquarov Mk.I, allowing more complex tasks.

The platform is meant, like all of our products, to be customized for execution of a task, allowing mounting of instruments in a scissor platform. Read below.

Highly similar to the Aquarov Mk.II in design and operation, but able to carry almost three times as much weight. Able to execute tasks which would be impossible by the Mk.I due to its light weight.

The Mk.II is characteristic by having a longer autonomy and the capacity to perform tasks of higher complexity, or tasks which require a heavier vessel.




Overview


The Aquarov Mk.II is a middle-sized carrier platform designed for heavy duty and advanced measuring. Tasks can, like in the Mk.I, be performed automatically or be performed by a human controlling the vehicle.

Each model is assembled using materials that are appropiate for its particular duty, following the most advanced ship construction techniques.

Propulsion


The system must be equipped with appropiate propulsion, depending on task to accomplish and mass of the assembled drone. Engines can be attached to a motorized swivel system to allow extracting the engines from the water when neccessary.

A multitude of propulsion systems exist, ranging from classic fuel-powered engines to silent, electrical engines. As said before, the propulsion to be used depends on the task of the drone.

An off-water engine can also be equipped, designed for situations where underwater propulsion is not viable.

Scissor Platform


The Aquarov Mk.I comes mounted with a scissor platform that is able to descend into the water, allowing instruments to be inserted and extracted from the water when neccesary.

A winch is also able to be mounted allowing the drone to submerge equipment up to 60m underwater.

Equipment


The drone should be equipped for the task it is going to execute, but certain elements are required almost by every drone.

A power supply able to run the propulsion systems and equipment is required, so are communication and guidance systems which allow the drone to function autonomally and to receive data from a control center. It is also encouraged to install redundant systems, reducing the damage of a system failure.

The heavy capacity of this drone allows it to carry up to 350kg of equipment (measured in air)




Technical Stats


Max. Load (In Air)


350kg

Max. Wave Size


3m

Max. Current


6m/s

(Allowing the drone to stay static)

Max. Speed


14 knots (7.2 m/s)

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