PRODUCT DETAILS
The M-V EXPERT ROV Underwater Drones are professional remotely operated underwater vehicles designed for underwater inspection, marine conservation, ocean science, aquaculture, mariculture, and professional diver missions. With a maximum diving depth of 100 m, a top speed of 3.0 knots, a 4K ultra-high-definition camera, 6000-lumen lighting, and an open accessory expansion system, the M-V EXPERT ROV Underwater Drones deliver clear, stable, and efficient underwater operations in both calm water and flowing-water environments.
Key Product Highlights
100 m operating depth: The M-V EXPERT ROV Underwater Drones support underwater exploration and inspection down to 100 m, making them suitable for professional marine operations.
3.0-knot maximum speed: The M-V EXPERT ROV Underwater Drones provide responsive movement and efficient coverage for underwater observation, inspection, and search tasks.
Long operating time: The M-V EXPERT ROV Underwater Drones offer up to 1.5 hours of operation when moving at 1 m/s against a current and up to 6 hours during standard operation in calm water.
Rapid energy-pack replacement: The M-V EXPERT ROV Underwater Drones support quick energy-pack installation, helping operators maintain efficient and continuous underwater work.
Q-Steady 2.0 stabilization: The M-V EXPERT ROV Underwater Drones use an upgraded Q-Steady 2.0 stabilization system to deliver smoother and more stable underwater video.
Efficient current resistance: The streamlined design of the M-V EXPERT ROV Underwater Drones reduces water resistance and supports continuous operation for up to 1 hour in a 1 m/s current.
4K low-noise imaging: The M-V EXPERT ROV Underwater Drones capture high-definition underwater video and 12-megapixel photos with improved detail and color reproduction.
6000-lumen illumination: The M-V EXPERT ROV Underwater Drones combine a 6000-lumen underwater light with a 4K camera to improve visibility in dark or low-light conditions.
Fast image-data export: The M-V EXPERT ROV Underwater Drones feature a removable Micro SD card interface for quick data transfer and convenient media management.
Open accessory interfaces: The M-V EXPERT ROV Underwater Drones can be equipped with different payload tools for multi-scenario and multi-mission operations.
14400 mAh battery: The M-V EXPERT ROV Underwater Drones use a high-capacity battery and support fast charging, reaching approximately 90% capacity in 1 hour.
| Parameter | Specification |
| Product type | Professional remotely operated underwater vehicle / underwater drone |
| Product name | M-V EXPERT ROV Underwater Drones |
| Maximum operating depth | 100 m |
| Maximum speed | 3.0 knots |
| Operating time against current | Approximately 1.5 hours at 1 m/s forward speed in a 1 m/s current |
| Standard operating time | Up to 6 hours in calm water under normal operating conditions |
| Stabilization system | Q-Steady 2.0 upgraded stabilization system |
| Camera resolution | 4K ultra-high-definition video |
| Photo resolution | 12 megapixels |
| Image format | DNG supported |
| Lens | 166° professional ultra-wide-angle underwater lens |
| Aperture | f/2.5 |
| Slow-motion recording | Up to 240 frames per second |
| Underwater lighting | 6000 lumens |
| Storage interface | Removable Micro SD card interface |
| Standard storage | 128 GB Micro SD card included |
| Battery capacity | 14400 mAh |
| Fast charging | Approximately 90% charge in 1 hour |
| Safety charging system | Q-CHARGE multi-protection system |
| Expansion capability | Open expansion interfaces for multiple payload tools |
M-V EXPERT ROV Underwater Drones Application Scenarios
Professional Diver Missions
The M-V EXPERT ROV Underwater Drones can support professional diver missions by providing remote underwater observation before, during, or after diving operations. Operators can inspect the surroundings, document underwater conditions, and improve situational awareness while reducing unnecessary exposure to potential hazards.
Marine Conservation
The M-V EXPERT ROV Underwater Drones support marine conservation projects by enabling non-invasive observation of underwater habitats, marine organisms, reefs, and human impact areas. Stable 4K imaging and strong underwater lighting help conservation teams record visual data for monitoring and reporting.
Ocean Science and Research
The M-V EXPERT ROV Underwater Drones are suitable for ocean science and research tasks that require detailed underwater video, still images, stable observation, and flexible mission deployment. The 100 m depth capability and expandable interfaces support a variety of coastal and underwater research activities.
Aquaculture and Mariculture
The M-V EXPERT ROV Underwater Drones can be used in aquaculture and mariculture facilities to inspect cages, nets, anchors, underwater structures, and stock conditions.
Why Choose Our M-V EXPERT ROV Underwater Drones?
Professional Underwater Performance
Our M-V EXPERT ROV Underwater Drones combine a 100 m operating depth, 3.0-knot speed, current resistance, and long operating time to meet the demands of professional underwater work.
Clearer and More Stable Visual Data
Our M-V EXPERT ROV Underwater Drones integrate a 4K low-noise camera, 166° ultra-wide-angle lens, 12-megapixel photo capability, DNG support, 240 fps slow motion, 6000-lumen lighting, and Q-Steady 2.0 stabilization for high-quality underwater documentation.
Efficient Mission Continuity
Our M-V EXPERT ROV Underwater Drones are designed for efficient operations, with quick energy-pack replacement, a 14400 mAh battery, fast charging, and removable Micro SD storage. These features help reduce downtime and simplify post-mission data handling.
Flexible for Different Industries
Our M-V EXPERT ROV Underwater Drones support professional diver missions, marine conservation, ocean science and research, aquaculture, mariculture, and underwater infrastructure inspection through open expansion interfaces and adaptable payload options.
Safer Remote Operation
Our M-V EXPERT ROV Underwater Drones allow operators to inspect and observe underwater environments remotely, which can reduce the need for divers to enter uncertain, dark, deep, or potentially hazardous areas during preliminary checks.
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