QYSEA 2D Sonar for E-Series
- Professional 2D imaging sonar designed for QYSEA FIFISH E-Series underwater drones
- Enables clear underwater imaging in dark, muddy, and low-visibility conditions
- Dual-frequency sonar system for both long-range scanning and high-detail imaging
- Provides real-time sonar feedback for navigation and underwater inspections
- Compact and lightweight design for seamless E-Series integration
- Ideal for marine inspection, underwater search operations, aquaculture, and exploration
- High refresh rate sonar imaging improves operational efficiency underwater
- Built for reliable performance in demanding underwater environments
- Trusted dealerDirect manufacturer partnership
- Pan-India deliveryInsured shipping, all states
- Post-sale supportTraining + service included
What makes it work
| Specification | Details |
|---|---|
| Product Name | QYSEA 2D Sonar for E-Series |
| Product Type | 2D Imaging Sonar |
| Compatibility | QYSEA FIFISH E-Series ROVs |
| Supported Models | FIFISH E-GO, E-MASTER Series |
| Sonar Type | Dual-Frequency Imaging Sonar |
| Frequency | 750 kHz / 1.2 MHz |
| Maximum Range | 120 m / 40 m |
| Minimum Detection Range | 0.1 m |
| Range Resolution | 4 mm / 2.5 mm |
| Update Rate | Up to 40 Hz |
| Horizontal Aperture | 130° / 70° |
| Vertical Aperture | 20° / 12° |
| Angular Resolution | 1° / 0.6° |
| Beam Count | 512 Beams |
| Beam Separation | 0.25° / 0.16° |
| Depth Rating | 100 m |
| Housing Material | Anodized Aluminum |
| Communication Interface | Ethernet / Integrated ROV Interface |
| Power Consumption | 10W – 35W |
| Input Voltage | 12V – 32V DC |
| Operating Temperature | -5°C to 35°C |
| Dimensions | 125 × 122 × 62 mm |
| Weight in Water | Less than 400 g |
| Application Areas | Underwater Inspection, Search Operations, Aquaculture, Marine Research, Navigation |
| Integration | FIFISH APP Integration |
| Imaging Capability | Real-Time High-Resolution Sonar Imaging |
| Environmental Performance | Optimized for low-visibility and turbid underwater environments |
QYSEA 2D Sonar for E-Series: Smart Underwater Imaging Solution
Advanced Sonar Technology for Underwater Exploration
The QYSEA 2D Sonar for E-Series is a professional underwater imaging module designed to enhance navigation, obstacle detection, and underwater visibility for marine operations. Engineered for QYSEA E-Series underwater drones and ROV systems, this sonar solution delivers real-time underwater scanning and improved environmental awareness in challenging underwater conditions.
Its compact and waterproof design makes it suitable for marine research, underwater inspection, exploration, and industrial applications.
Key Features of QYSEA 2D Sonar for E-Series
Real-Time Underwater Sonar Imaging
The sonar module provides accurate 2D underwater imaging, helping operators identify objects, structures, and obstacles in low-visibility or dark underwater environments.
Enhanced Navigation & Obstacle Detection
With intelligent sonar scanning capabilities, the system improves underwater positioning and operational safety during underwater missions and inspections.
Seamless Integration with E-Series ROVs
Designed specifically for QYSEA E-Series underwater drones, the sonar module supports simple installation and reliable underwater performance.
Durable Waterproof Construction
Built using marine-grade materials, the sonar system is engineered for long-term use in both freshwater and saltwater environments.
Ideal for Marine Inspection & Research Applications
Perfect for Professional Underwater Operations
The QYSEA 2D Sonar is ideal for underwater inspections, marine surveys, infrastructure monitoring, and scientific research tasks.
Great for Challenging Underwater Conditions
Researchers, engineers, and marine professionals can rely on the sonar system for improved navigation and accurate underwater detection in difficult environments.
Final Thoughts
The QYSEA 2D Sonar for E-Series combines intelligent underwater imaging, enhanced navigation support, and durable marine construction into a reliable underwater sonar solution. Whether for exploration, inspection, or marine research, it delivers dependable performance for modern underwater operations.




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