ROV configuration should start from the mission: working depth, water visibility, target object, launch position and required evidence. A buyer who only compares model names may miss the camera, tether, payload and support details that decide whether an underwater robot is useful on site.
Choose the base ROV platform first
For routine visual inspection, start with a compact inspection ROV. For bridge, dock, reservoir or shore-side infrastructure work, review tether route, power workflow and operating time. For special payloads or OEM requirements, discuss a custom ROV package before confirming price.
Match camera and lighting to visibility
Clear water can use a standard inspection camera package. Muddy water, industrial water and night operation may require stronger lighting, turbid-water camera discussion or sonar-ready planning. Binocular vision can help training, research and close-range target judgment.
Decide payload support early
Manipulator arm, scanning sonar, USBL, DVL, payload bracket, cleaning tool and special sensor interfaces should be discussed before quotation. Payload affects buoyancy, bracket design, control workflow, spare parts and delivery scope.
RFQ information to prepare
Send working depth, maximum depth, visibility, current, target object, tether length, payload modules, quantity, destination country and OEM needs. ROV123 can then recommend a suitable platform and configuration scope.
