The open ROV platform adopts modular and lightweight design, with core advantages such as fast battery swapping, high-definition vision, and rich expansion interfaces. It is particularly suitable for university teaching, scientific research experiments, as well as observation and operation tasks in low flow water bodies such as rivers, lakes, and nearshore areas. The product is characterized by easy operation, safety and reliability, and easy maintenance, and supports the installation of multiple sonars DVL、 Mechanical arms and other peripherals can meet diverse needs from basic ROV control training to complex underwater environment monitoring. Its compact body and neutral buoyancy design provide excellent stability and maneuverability in low velocity water, making it an ideal platform for teaching demonstrations, student training, and shallow water scientific investigations.
Open architecture and rich interfaces facilitate students' understanding of the composition of ROV systems; Quick battery replacement (about 30 seconds) supports continuous classroom demonstrations; Intuitive QGroundControl ground station software re
Neutral buoyancy (freshwater) and micro positive buoyancy (seawater) design, combined with a 6-degree-of-freedom IMU and dual magnetometer, can achieve precise positioning and attitude maintenance in low velocity water areas
Support Ping360 scanning sonar, Sonotix multibeam imaging sonar, Water Linked DVL, Newton robotic arm and other peripherals to meet the needs of scientific research data acquisition and teaching experiment expansion
1080p high-definition camera, 110 ° horizontal field of view, ± 90 ° pitch adjustment; Optional 2 or 4 1500 lumens LED dimming lights for easy observation in low visibility water areas
Built in Bar30 high-precision pressure/depth sensor, current/voltage monitoring, leakage detection, supports real-time monitoring of ROV status, ensuring the safety of shallow water experiments
Compatible with ArduSub open-source firmware, supporting advanced features such as autonomous route, deep locking, and attitude locking, making it easy for secondary development in scientific research
ROV control training, underwater imaging experiments, sensor data acquisition and analysis courses for marine technology, robotics engineering and other majors
Equipped with CTD, water sample collector, side scan sonar and other equipment, for water quality monitoring, sediment investigation and biological observation of lakes, rivers and nearshore waters
Suitable for regular inspection and image recording of underwater structures such as reservoir dams, bridge foundations, dock revetments, etc
Preliminary exploration and image evidence collection of sunken ships and sites in low flow water areas
As an interactive exhibit for science popularization venues and technology festivals, it visually showcases underwater robot technology to the public
| Indicator item | Standard Configuration |
| Umbilical cable specifications | Ordinary cable: Φ 7.6mm, 25-300m/Fine cable: Φ 4.0mm, 50-200m |
| Cable working intensity |
35 kgf |
| Cable breaking strength |
155 kgf |
| Cable material | Kevlar strength fiber with water-resistant structure |
| Buoyancy characteristics | Neutral freshwater/slightly positive seawater buoyancy |
| Conductor inside the cable | 4 pairs of twisted pair cables, 26 AWG |
| lighting configuration | 2 or 4 1500 lumen LEDs, controllable dimming, beam angle of 135 °, adjustable angle |
| Camera | 1080p HD, horizontal field of view 110 °, pitch ± 90 ° (total 180 °) |
| Gimbal servo motor |
Hitec HS-5055MG |
| Attitude sensor | 6-degree-of-freedom IMU |
| Magnetometer | Dual 3-axis magnetometer |
| Internal pressure gauge | built-in |
| Pressure/Depth Sensor |
Blue Robotics Bar30 |
| Current/voltage monitoring |
Blue Robotics Power Sense Module |
| leak detection | Integrated into Navigator board |
| Battery life | 2 hours of normal use/4 hours of mild use (18Ah battery) |
| Integrate peripherals | Ping360 scanning sonar (50m/25 °), Ping single beam depth sounder (100m/25 °), Newton robotic arm (124N grip), Sonotix multi beam sonar（ 200m@400kHz / 30m@700kHz Field of view 90-120 °, Water Linked DVL A50/A125 (speed resolution 0.1mm/s, accuracy ± 1.01%), Outland high-voltage power supply system |
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