fifish Q-irc industrial remote controller

Q-iRC INDUSTRIAL REMOTE CONTROLLER
Engineered for high performance underwater operations with Fifish ROV's.

Command with Power, Deliver with Precision
The Q-iRC delivers smooth stable control with a next-generation octa-core processor and efficient power consumption.  Optimised for ROV control, HD media and AI – enabling smarter, faster operations.

  • 7" 1080p Full HD Screen
  • 1500-Nit Ultra Bright Display
  • Up to 8hr Battery Life
  • Customisable Hotkeys
  • Multi-Window Display
  • Multiple Expansion Ports

Ultra-High Brightness, Glare-Free Clarity
The Q-iRC Industrial Remote controller features a 7″ Full HD display with up to 1500 nits of brightness, delivering crystal-clear visuals and precise detail – even in direct sunlight.

8 Hours Uninterrupted Control, Extensive Battery Life
Q-iRC Industrial Remote controller offers up to 8*hours of continuous use, delivering reliable power across extended missions and varied inspection tasks.

Q-iRC One-Tap Single Function

Users can assign shortcuts to key functions like current-resistant hovering, diver tracking, and intelligent anti-collision – tailored to specific tasks such as inspections, search & rescue or detection missions.  This streamlines control and greatly boosts operational efficiency underwater.

One-Tap Station Lock

One-Tap Underwater Positioning Map

One-Tap Imaging Sonar View

One-Tap Diver Tracking

One-Tap Window Switching
Users can also configure window layouts via the rear shortcut keys, enabling comprehensive ROV operation monitoring without interface switching, dramatically improving decision-making speed and accuracy.

Customised Smart Snap Technology
The Q-iRC features 8 customisable smart shortcut keys alongside standard functions.  Users can tailor key functions and mult-window switching to suit various tasks and personal preferences – eliminating the need to memorise complex layouts.

*The data is sourced from FIFISH Robotics Laboratory and meausred under specific testing conditions.  Acutal performance may vary duing operations.