Boxfish Research at 2021 Hutchwilco Boat Show
Boxfish Research together with DIVE New Zealand + DIVE Pacific magazine will be at 2021 Hutchwilco New Zealand Boat Show on May 13-16, 2021. We will exhibit our industry-leading advanced…
We know that spending money on a ROV that doesn’t work (breaks down, not fit for purpose, doesn’t have service options and no additional technical development) can result in time loss, fish stock loss, inefficient operations and expensive inspection of moorings.
The role of Aquaculture is to study fish behaviour and ensure stock is healthy and safe, after all happy stock is key!
Having accurate information about livestock, ensuring higher quality fish product, being able to deploy correct feed (or drugs if needed); will result in better yield, easier decision making, improved planning and reduction of unnecessary repair costs.
The perfect ROV for aquaculture has to be lightweight and user friendly. It should have the capability of being tailored to suit your own unique requirements, it needs to be stable and have exceptional image quality. Fundamentally, you need technology that works for you now and will grow as your business and needs develop.
When we are talking about the perfect ROV for aquaculture, we are talking about the Boxfish ROV!
USBL is a widely used tracking system for underwater. The system consists of a transceiver mounted on the vessel, and a transponder mounted on Boxfish ROV. Using the USBL, the position … more of the ROV is found relative to the vessel’s GPS coordinates. The USBL may also act as a wireless communications link for piloting the ROV back if the tether were ever to fail. We can add a Blueprint Subsea X150 USBL that can track the ROV up to 1,000m depth.
Boxfish ROV has the option of integrating the range of Blueprint Subsea Oculus dual-frequency sonars and displaying them on the console’s main screen. These sonars have 512 beams and operate at various … more frequencies between 750 kHz and 2.1 MHz with 60 degree to 130 degree fields of view. Imaging sonars are great for navigation while moving and for locating stationary or moving objects. Distances to 120m and resolution down to 2.5mm are possible depending on frequency used.
The altimeter option allows Boxfish ROV to maintain a consistent height over the bottom during operations. This can make piloting much easier over uneven bottoms and eliminates any vertical motion of the … more ROV caused by large surface swell.
Profiling sonars are for ultra-high resolution underwater 3D reconstruction and profiling for site surveying or rendering. They operate similar to a line scanner that requires slow and controllable movements to capture the … more data. The high manoeuvrability and the active stabilisation of the Boxfish ROV are necessary to get reliable and accurate 3D reconstructions with this technology. [Note these are bulky, heavy and expensive.]
We offer the option of adding a Teledyne Pathfinder 600 kHz Phased Array DVL to the ROV. DVL is an acoustic sensor that estimates velocity relative to the sea bottom. Because of … more the acoustic nature of this technology, it operates well in low visibility. The estimated velocities are converted into an XYZ coordinate system relative to the sea bottom.
Boxfish Research offers synchronised stereo cameras in several configurations (with different baselines) to the Boxfish ROV. These options give the capability of having 3D vision and may be mounted in any direction … more relative to the ROV. They suit more sophisticated measurements, such as studying the sea floor at the bottom of the ROV or measuring fish.
There are applications that require a view above the ROV or above the water. The Boxfish ROV offers a solution to mount a camera on the ROV to have views either from … more the top of the ROV or from out of the water for tank inspections for example.
It is often required to do simple length measurements underwater for understanding the scale of the object in view. Boxfish Research can add laser scalers to the ROV that facilitate simple length … more measurements. Photogrammetry is another application that can take advantage of laser scalers. The 3D model built by photogrammetry techniques does not have the correct scale. Having the known length of laser scalars helps to correctly scale 3D models reconstructed using photogrammetry. Boxfish offers options of two or four laser scalers as well as external modules that can be coupled with additional cameras.
Photogrammetry is the process of making a 3D model of an environment using a single camera. During the process, the structure of the scene and the position of the ROV are … more found simultaneously. Boxfish ROV provides high quality and stabilised videos with homogeneous lighting that are very suitable to be used for photogrammetry purposes. Learn more..
The exceptional manoeuvrability of Boxfish ROV enables the pilot to carry out a wide range of operations with even the most basic grabber. More sophisticated grabbers add additional functionality for more complex … more tasks.
Boxfish Power Pack 800Wh is designed for running the control station up to 20 hrs in the field when there is no power source available. With an optional charger, it also can … more be used to charge the Boxfish ROV.
Boxfish Power Pack 1,600Wh is designed for running the control station and charging the ROV up to two times in the field when there is no power source available.