Scientific Research
Oceanographic surveys, marine ecosystem studies, underwater imaging and sample collection.
Benzz Technologies Private Limited
55 mission profiles across the Naval Systems range - inspection, survey, monitoring, defence, recovery and offshore operations.
Applications
Oceanographic surveys, marine ecosystem studies, underwater imaging and sample collection.
Water-quality assessment, pollution tracking, habitat observation and sensor data collection.
Underwater surveillance, reconnaissance, harbour security and mine-like object inspection.
Ship hulls, propellers, jetties, dams, bridges, pipelines and submerged structures.
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Oil and gas assets, offshore wind foundations, cables, risers and platform inspection.
Berth inspection, channel monitoring, mooring checks and underwater security surveys.
Fish-cage inspection, stock observation, net checks, seabed monitoring and farm support.
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Rapid underwater search, victim or object location, evidence recovery and diver support.
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Sonar imaging, underwater topography georeferenced mapping and target identification.
Close-range visual inspection of submerged structures, equipment and confined underwater areas.
Examination of hull surfaces, propellers, rudders, sea chests, corrosion and marine growth.
Inspection of water tanks, industrial reservoirs, sumps and submerged chambers without draining them.
Monitoring fish cages, nets, anchors, fish behaviour, biofouling and underwater conditions.
Rapid underwater observation for locating missing persons, submerged objects and potential hazards.
Identification of submerged vehicles, tools, equipment and other objects in restricted or unsafe waters.
Inspection of jetty piles, quay walls, mooring structures and harbour infrastructure.
Visual assessment of bridge piers, dam walls, intake structures and submerged foundations.
Observation of aquatic habitats, pollution, waste deposits and changes in underwater conditions.
Inspection of shallow-water pipelines, cables and associated underwater infrastructure.
Underwater observation, habitat documentation, training and practical marine research activities.
Inspection of narrow, difficult-to-access or hazardous underwater locations while reducing diver risk.
Naval Systems
Supports interception of hostile underwater threats approaching protected naval zones and harbour entrances.
Provides a remotely controlled response capability around warships, offshore installations, coastal facilities and strategic infrastructure.
Supports surveillance and defensive response missions in shallow coastal waters, restricted zones and nearshore environments.
Enables operator-controlled engagement of confirmed underwater threats while keeping personnel away from hazardous areas.
Assists authorised forces in responding to hostile divers, underwater intrusion attempts and suspicious submerged objects.
May support controlled intervention against identified underwater hazards, subject to confirmation and authorised procedures.
Performs hazardous one-way missions where deploying divers or high-value crewed platforms would create unacceptable risk.
Provides real-time underwater video and positional feedback to support operator-in-the-loop identification and decision-making.
Multiple units may support coordinated protection of wider maritime areas under secure command-and-control arrangements.
Inert variants can support operator training, system evaluation, interception exercises and naval technology demonstrations.
Naval Systems
Captures illuminated underwater footage for examining seabed conditions, sediments, debris and natural formations.
Records coral reefs, seagrass beds, macroalgae and benthic habitats for scientific assessment.
Supports underwater observation and documentation at depth-rated configurations of 200 m, 500 m and 1,000 m.
Provides visual inspection of underwater pipelines, communication cables and their surrounding seabed.
Supports observation of fish populations, behaviour, distribution and habitat conditions.
Documents marine pollution, discarded fishing gear, waste deposits, habitat damage and environmental changes.
Examines subsea structures, foundations, mooring systems and offshore installation components.
Assists in locating submerged equipment, vehicles, wreckage and other underwater objects.
Records shipwrecks, submerged structures and archaeological locations with minimal physical disturbance.
Inspects harbour floors, navigation channels, jetty surroundings, anchor zones and submerged obstructions.
Allows operators to examine underwater conditions and potential hazards before deploying divers.
Enables continuous visual documentation across large underwater areas while being towed by a vessel.
Naval Systems
Connects cameras, lights, sensors, thrusters, manipulators and other mission payloads.
Provides sealed electrical connections between subsea equipment, batteries and external power systems.
Supports reliable transmission of video, sensor readings, control signals and communication data.
Protects camera power and video cable entry points during deep-water imaging operations.
Enables waterproof power connections for compact, standard, high-output and heavy-duty underwater lights.
Connects pressure, temperature, salinity, pH, dissolved oxygen, turbidity and other environmental sensors.
Provides sealed power and control interfaces for underwater thrusters, motors and propulsion systems.
Secures electrical, communication and fibre-optic cables at ROV enclosures and surface-control interfaces.
Creates sealed cable entry points for electronics pods, battery housings, junction boxes and subsea control units.
Supports subsea pipelines, offshore platforms, monitoring stations, valves and inspection equipment.
Enables reliable connectivity for underwater observatories, samplers, scientific instruments and data-loggers.
Allows compatible subsea payloads and accessories to be installed, removed or serviced efficiently.
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FAQ
Inspecting hulls, ports, dams, bridges and pipelines, monitoring fish farms, supporting search and rescue, security checks and marine research.
Yes. The platform stays the same while payloads such as sonar, positioning, sensors or a gripper are changed for each mission.
No. It reduces diver exposure by doing the first assessment and routine checks, and helps plan any diver work that is still needed.
Hull, aquaculture and rescue work usually start with INDUS or JERRY ROV. Long seabed surveys suit the towable camera system. Share your depth, payload and environment for a recommendation.