UROV Under Production
Triton the underwater ROV (Remotely Operated Vehicle) would be our first step towards invading the unknown territory of our inland waterways, which due to decades of negligence became polluted and unsecured for our generation and next. We want to conquer this territory and bring about the earlier historical glory back to it's underneath realm.
First Steps in building our Practical UROV
Triton UROV will use a control system that includes a human operator, a control console, and multiple sensors and thrusters. The operator sends commands through a tether that connects the ROV to the control console. The console receives feedback from sensors on the ROV, such as depth, temperature, and camera images, which the operator uses to make decisions and adjust the ROV’s movements. The thrusters, controlled by the console, allow the ROV to move in all directions and maintain stability in the water.
With advanced simulation software, engineers and operators can train and test ROVs in a virtual environment that simulates real-world conditions. This helps to identify potential issues before deploying the ROV in the field, saving time and money. Navigation simulation also allows for testing of different scenarios and environmental conditions, ensuring that the ROV can perform effectively in a variety of situations.
Featured Services
- can be used to inspect underwater structures such as ships hull, dams, bridges, and pipelines
- can provide high-resolution images and videos of the structures and identify potential damage or areas in need of maintenance
- using sonar or eco-sounder various objects underwater can be detected
- can be used to monitor the water quality and environmental conditions of inland waterways
- can collect data on temperature, pH, dissolved oxygen, and other parameters to assess the health of the water body
- navigation systems should be able to avoid collisions and maneuver through tight spaces
- operate at various depths to capture a complete picture of the underwater topography
- communication system should be reliable and should be able to transmit data and video feed without interruption
- are used in industrial operations such as underwater construction, oil and gas exploration, and maintenance of underwater infrastructure
- can perform tasks such as welding, cutting, and drilling in deep waters, reducing the need for human divers to perform these tasks
Operating Area
We currently operate in the Mirpur, Dhaka area. Please contact us for more details.
Our Team
Who We Are
With a vision of Greek God Triton to save the underwater environment in the third world country like Bangladesh, we a few novices are willing to put forth an effort to establish a working policy to recover the damages that have already been done by our predecessors to the environment and structure of our inland waterways.
Osman Md Amin, PhD
Robot Enthusiast
Underwater robotics has seen significant advancements in recent years, with enthusiasts pointing to the overall positive impact of research in this field. These robots are being used for a wide range of applications, including underwater exploration, surveillance, and maintenance of underwater infrastructure. They are equipped with advanced sensors and imaging technology, allowing them to navigate and collect data in challenging underwater environments. The development of these robots has also led to increased safety for human divers, as they can now perform tasks that were once considered too dangerous. Overall, the future looks bright for underwater robotics as researchers continue to push the limits of what these machines can do.
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We Love our Clients, And They Love Us
Recent Posts
Reliable power sources are essential for driving innovation and enabling prolonged operation. We are using customized Samsung 8000mAh 24V 20C Li-Ion Battery Pack. It is a professional-grade battery designed specifically for Unmanned Underwater Vehicle (UUV) applications. With a capacity of 8000mAh and a voltage of 24V, this Li-Po battery pack delivers robust and consistent power to UROV’s, ensuring optimal performance…
In the realm of underwater exploration, visibility is often limited, making it challenging to navigate and conduct tasks efficiently. We are using IP68 Waterproof Underwater Night Light in our UROV. Designed to withstand the harsh conditions of underwater environments, these night lights are engineered with durability and performance in mind. With a power rating of 3 watts and a voltage of…
The Raspberry Pi Camera is a compact yet high-resolution camera designed to be versatile and adaptable. Our UROV is equipped with a CS mount version, featuring a 6mm lens and a 3-megapixel sensor. It has 1/2.5” lens optical format. It is a versatile tool that can stream live video and record footage. It is an IP IR camera. IP means…