QYSEA Q-IRC Industrial Remote Controller
- Professional industrial remote controller designed for QYSEA underwater ROV operations
- Features an integrated high-brightness display for real-time underwater monitoring
- Ergonomic dual-joystick control system for precise ROV manoeuvring
- Supports stable long-distance communication and low-latency control
- Rugged industrial-grade construction for harsh marine environments
- Designed for seamless integration with QYSEA FIFISH industrial ROV platforms
- Provides intuitive control for navigation, camera operation, and accessory management
- Ideal for offshore inspection, underwater surveying, rescue missions, and industrial applications
- Trusted dealerDirect manufacturer partnership
- Pan-India deliveryInsured shipping, all states
- Post-sale supportTraining + service included
What makes it work
| Specification | Details |
|---|---|
| Product Name | QYSEA Q-IRC Industrial Remote Controller |
| Product Type | Industrial ROV Remote Controller |
| Compatibility | QYSEA FIFISH Industrial ROV Systems |
| Supported Platforms | FIFISH W6, V6 Expert, V-EVO, Industrial Series |
| Control Interface | Dual Joystick Control |
| Display Type | Integrated HD Touchscreen Display |
| Screen Size | 7-inch High-Brightness Display |
| Resolution | Full HD |
| Wireless Connectivity | Wi-Fi / Wireless Data Transmission |
| Wired Connectivity | Ethernet / USB / HDMI |
| Communication Range | Long-Distance Industrial Communication Support |
| Battery Type | Rechargeable Lithium Battery |
| Operating Time | Up to 4–6 Hours |
| Charging Interface | USB-C |
| Control Functions | Navigation, Camera Control, Lighting, Accessory Control |
| Build Material | Industrial-Grade Reinforced Housing |
| Protection Rating | Splash-Resistant Industrial Design |
| Operating Temperature | -10°C to 45°C |
| Ergonomic Features | Anti-Slip Grip, Portable Design |
| Application Areas | Underwater Inspection, Offshore Operations, Marine Research, Rescue Missions |
| Software Integration | Compatible with FIFISH Control Systems |
| Color | Black |
| Portability | Lightweight Portable Controller System |
Q-IRC | Industrial Remote Controller: Smart Control for Underwater Operations
Advanced Remote Control System for Professional Marine Applications
The Q-IRC Industrial Remote Controller is a professional-grade control system designed for the precise and reliable operation of underwater drones and industrial robotic systems. Built for demanding marine environments, it provides smooth control, responsive navigation, and stable communication for underwater inspections, exploration, and industrial operations.
Its ergonomic design and intelligent control interface make it suitable for marine engineers, researchers, inspection teams, and professional ROV operators.
Key Features of Q-IRC Industrial Remote Controller
Precision Control & Responsive Operation
The controller delivers accurate and real-time command responses, enabling smooth manoeuvrability and reliable operation during underwater missions.
Industrial-Grade Design
Built with durable materials and a rugged structure, the Q-IRC controller is designed for long-term use in challenging industrial and marine environments.
Stable Communication System
The remote controller supports stable connectivity and efficient signal transmission for uninterrupted underwater operation and monitoring.
User-Friendly Interface
Its ergonomic layout and intuitive controls allow operators to manage underwater systems efficiently with improved comfort and operational accuracy.
Ideal for Marine Inspection & Industrial Robotics
Perfect for Underwater Drone Operations
The Q-IRC controller is suitable for underwater inspections, marine exploration, offshore operations, and underwater maintenance tasks.
Great for Professional & Research Applications
Engineers, researchers, and industrial operators can use the controller for precise robotic control, marine surveys, and scientific underwater missions.
Final Thoughts
The Q-IRC Industrial Remote Controller combines precision operation, industrial durability, and intelligent control functionality into a reliable solution for underwater robotics and marine operations. It is an essential tool for professionals seeking stable and efficient underwater system control.
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