CCROV – The First
Back to the Sea
Exploring the underwater world.
A professional underwater robot, features a 4K camera, 6 thrusters, and a great operability and stability, can complete the depth of 100 meters underwater photography and video tasks.
It is an efficient tool for diving, fishing, boating, yachting, sailing and other ocean sports; It also can be used as professional detection equipment for the aquaculture industry, infrastructure inspection, and other underwater observation tasks.
- Use CCROV to check diving spots or diving process.
- Explore underwater places to find dangerous diving spots, caves, and deep sea area.
Boating, Yachting, Sailing, Seaside leisure
- Use CCROV instead of divers to check propellers zincs, shafts, struts, rudders, keels, metals and through hulls before sailing.
- Have an immersive underwater experience, using a virtual reality headset, while get tanned on deck.
You can regularly inspect fish health, their behavior, inspect damage to nets and look for underwater infrastructure in fish farms.
Specialist divers would do these, but often at a considerable cost, while some underwater tasks are extremely dangerous.
Instant detailed information feedback, more cost-effective and safer.
Underwater Structure inspections of a hull, dock, bridge, dam, pipeline locks, approach walls, guide piers, spillways, dams, dive culverts, and guard gates.
Diving inspection service is expensive and unsafe. big ROVs are and not able to move between
The size of the CCROV is small and can move freely via narrow spaces.
Highlight LEDs and HD cameras help to present the real-time underwater scene and help to learn the engineering information.
Other use cases
- Underwater Rescue
- Marine Science Research
- Underwater photography
Portable and Ready to Dive
The CCROV dimension is 208x204x130mm and can be easily carried in a backpack or a suitcase, even placed under a seat. It’s also very user-friendly and easy to use.
Simply download the app on your smart iPhone (iOS or Android), connect it to your CCROV with one click and you’re ready to go!
6 Thrusters/5 Degrees of Freedom/ Flexible and Precise control
To enjoy a high stability and maneuverability, CCROV is incorporated with 4 horizontals and 2 vertical thrusters which will provide 5 degrees of freedom. The CCROV answers all your needs for underwater exploration even in a narrow space within
4K Camera 720P Live Video Transmission
CCROV will send live video signal, as well as temperature, depth, and directional information to the surface through the tether up to the surface. The signal will then be streamed by WiFi from the Tether Deployment System to your phone/tablet/controller with very low latency (170 ms) and the built-in 4K, the camera will help you get the clearest underwater videos and photos.
High-Quality Material & Integrated Design
The military-grade floating macromolecular material housing and built-in high sealed aluminum alloy cabin of CCROV can withstand high pressure and corrosion from the 100-meter deep sea, guarantee a professional experience up to 100 meters deep.
Professional Tether Deployment System (TDS)
The CCROV underwater robot has a professional tether deployment system that allows an easy packing and transportation. There are 95m, 75m, 50m and 25m four options of tethers length.
The battery is located in the TDS. It is removable and can be replaced for an uninterrupted use. The TDS also configured with an AC power module interface which may achieve unlimited endurance power for the CCROV.
CCROV Technical Specs
Underwater Vehicle Specs
|Dimensions||208 (L)×204 (W)×158(H) mm|
|Weight in air||5.5 KG|
|Thruster||Four set horizontally, and two set vertically|
|Propeller||Immersion-type, with a diameter of 34mm|
|Sensor||Depth, Temperature, Humidity (Temperature and Humidity is for the sealed cabin)|
|Main sealed cabin material||Aluminum alloy|
|Float material||Synthetic composite foam|
|Time of endurance||2~4hour|
|Motion control||X, Y, Z, CW, CCW|
|Vertical hovering accuracy||±0.2m|
|Advancing speed||Max1.0m/s（2 Knot）|
|Maximum sustain pressure||100m|
|Operating ambient temperature||From -20℃to40℃|
Tether Deploy System (TDS) Specs
|Weight in the air (TDS & Cable, excluding the battery)||3.5kg (25m cable)5kg (50m cable)/6kg(75m cable)/7.5kg(95m cable)|
|Cable diameter||8mm, MRB(MINIMUM BENDING RADIUS)1.0cm±0.2cm,MLP(MAXIMUM LINE PULL)80KG|
|Optional accessory||AC power module|
|AC Power Module||Input 100-240VAC50/60 Hz; Output DC 54V/5.95A|
Remote Control Specs
|Max. effective signal range||FCC CE 100M (without interface or shield)|
|Operating ambient temperature||0~40℃|
|Battery||4 batteries (AA)|
|Transmitting power(EIRP)||FCC: below 20 dBm|
|Mobile device bracket||Dimensions: 66×110×26mm, capable of supporting the mobile device with the maximum height of 145mm.|
|Image sensor||Sony IMX 117 1/2.3 inch CMOS; 12 million effective pixels|
|Lens||FOV 90°f/2.8, infinity focus|
|Maximum image resolution||4000×3000|
|Shooting mode of photos||Single photo shooting/multi-photo shooting/fixed-time shooting|
|Video resolution||4K: 3840×2160 ( 4K ) 30fps|
|Maximum bit stream of video storage||60 Mbps|
|Video format||MP4 (H.264/H.265)|
|Memory card type||64 GB Micro SD card（Class 10)|
|Operating ambient temperature||0°C ~ 40°C|
Battery and Charger Specs
|Battery type||18650 lithium battery pack|
|Overall weight of battery||850g|
|Operating ambient temperature||-10°C ~ 40°C|
|Maximum charging power||75W|
|Battery charger||Input 100-240V; Output 60V|
APP, Image Transmission and Others
|Mobile device App||CCROV|
|Effective omnidirectional radiation power||100mW|
|Real-time image transmission||720P @ 30fps (depending on actual shooting environment and mobile device)|
|Delay||200ms (From real-time video to top monitor display, depending on actual shooting environment and mobile device)|
|Mobile device system version requirement||IOS 9.0 or later/ Android 4.4 or later|
|Hard suitcase size(Optional)||575(L)×406(W)×299mm(H)|
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