Underwater navigation with Echologger echosounders and scanning sonar.
Ethernet converter with dedicated port power control, real-time power monitoring, and seamless RS-485/RS-232 integration.
Autonomous data collection for long period of times from Echologger underwater sensors. DL3S, underwater data logger is unique in the market as an autonomous system used underwater with many useful practical scientific features.
Most affordable professional echosounder for surface vehicles (or aerial drones)
Available frequency: 450kHz & 200kHz
USB interfaced echosounder Echologger EU400/EU200, compact and light echosounder ECT400/ECT200, special editions ECT400SSG (drones) and ECT400SSP (pole mounting).
Most compact professional echosounder in the sonar market
Available frequency: 450kHz & 200kHz
Echologger ECT400 / ECT200 and ECS400 / ECS200 are some of the most compact and lightest precision echosounders in the sonar market.
Ultracompact dual frequency echosounder for surface vehicles
Echologger EU D24 is the only USB interfaced professional echosounder in the market supporting dual frequencies (200kHz/450kHz).
Precision dual frequency echosounder for deep water
One of the most compact and lightest precision echosounders in the sonar market that can measure accurate backscatter data as well as precise altitude data.
One of the most compact mechanical scanning sonar systems in the market
Echologger MRS900 is one of the smallest mechanical scanning sonar systems in the market with various choice of connector schemes.
High resolution scanning sonar
Echologger RS900 is a high resolution image scanning sonar that outperforms its competitors with image quality and scanning speed.
High resolution diver-held imaging sonar
This unique device is one of the most powerful and practical sonar systems in the market for the savvy divers.
Ultracompact dual frequency echosounder (30/200kHz, 50/200kHz)
Echologger EU D032 & ECT D032 are ultracompact Dual Frequency Echosounders for low frequencies.
Sophisticated Sonar Products changing the future of underwater monitoring.
