Page 68: of Marine Technology Magazine (Sep/Oct 2026)

MTR 100

SubC Imaging www.subcimaging.com

SubC Imaging provides integrated subsea imaging tech- nology designed to capture, manage, and deliver high- quality underwater data in demanding environments.

The subsea Ray? n cameras range from compact ob- servation-class systems to deep-ocean cameras rated to 11,000 m, delivering video and digital stills for ROVs,

AUVs, observatories, and other platforms.

SubC Imaging’s subsea lights and lasers provide soft- ware-controlled illumination and measurement capabili- ties for imaging, inspection, and scienti? c applications.

Their complete imaging systems combine cameras,

RTsys Underwater lighting, lasers, recording, and other components into complete, application-speci? c solutions. These include

Technologies

Drop Camera, Tow Camera, Observatory, and Autono- mous Timelapse Systems, as well as customized systems https://rtsys.eu/ for unique mission requirements.

RTsys Underwater Technologies specializes in un-

SubC Imaging also offers DVR+ and software solutions derwater acoustics and autonomous vehicles, design- to simplify video recording, event tagging, data manage- ing and manufacturing solutions for civil, scienti? c ment, overlays, and reporting. DVR+ enables multi-cam- and defense applications. Their offerings are divided era recording and streamlined post-dive work? ows, while into four sectors: remote operations and streaming solutions enable real- • PAM: acoustic recorders and acoustic buoys for time access to subsea video and audio from anywhere.

Passive Acoustic Monitoring

They provide system integration, customization, tech- • AUV: compact Autonomous Underwater Vehicles nical support, and after-sales service, helping customers for inspection, offshore survey and oceanology select, con? gure, deploy, and get the most from their im- • ASW: Anti-Submarine Warfare recoverable train- aging technology.

ing solutions and sonar calibration

SubC Imaging’s technology has also supported high-pro- • MCM: Manned-Unmanned Teaming ecosystem ? le projects, including Discovery’s Shark Week 2026 docu- for Mine Countermeasures mentary "Great White Highway," deep-sea research expedi-

The RUBHY AI buoy enhances underwater noise tions, offshore inspections, and marine habitat discoveries.

monitoring by autonomously detecting sounds from

SubC Imaging’s facility includes an in-house test tank, various sources (human activity, marine species) with- an ocean observatory at our local marina, electronics and out requiring 24/7 analysis by a PAM operator. Fea- mechatronics workstations, production and assembly tures include up to 4 hydrophone inputs, broadband equipment, and inventory of cameras, lights, lasers, and frequency range (3 Hz to over 500 kHz), AI-powered system components.

PAM analysis of whale, dolphin, and other species, multiparameter sensors (temperature, pressure, con- ductivity, O , pH, turbidity, salinity), and connectiv- 2 ity options (UHF, Wi-Fi, Iridium, 4G).

Key facility equipment includes a balancing tank, wiring stations, assembly lines, pressure testing equipment, resin room, and a functional test bench.

Outside their facility, they have a calibration gantry, deviation table, and three boats for testing, demon- strations, and R&D.

68 September/October 2026

MTR #7 (66-79).indd 68 MTR #7 (66-79).indd 68 10/14/2026 5:36:36 PM10/14/2026 5:36:36 PM