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Suex XJ-S DPV Scooter: Underwater scooter for technical/professional use with aluminium body. The XJ-S offers high capacity thanks to its Li-ION battery, which is monitored by a special indicator, the Calypso app and the Eron D-1, so the diver has full control over the 185 minutes of autonomy at cruising speed and 85 minutes at full speed (85 m/min) to reach a depth of 200 metres.
Suex XK DPV Scooter: Durable, high-performance DPV for the most demanding professionals. XK is the DPV for technical/professional use: it enables long-range and cave exploration thanks to its Li-ION battery that offers 330 minutes at cruising speed and 100 minutes at maximum speed (100 m/min). Depths of up to 200 metres can be reached with XK.
Sinapsi Nose forSuex DPV: SINAPSI is a special nose for navigation that replaces the standard nose. It is equipped with sophisticated electronics to receive and process underwater navigation data acquired via DPV. The SINAPSI project has required years of increasingly sophisticated research, including many tests and trials to optimise the system using the most exciting, up-to-date technological solutions.
Ocean research, exploration and adventures are easily accessible with our flagship product, the BlueROV2.
Suex Eron D-1 Dshaboard for Suex Scooter DPV: Dashboard for monitoring and navigation for Suex DPV. Wireless DPV data reception. Can be mounted on DPV holder or worn on the wrist. One-touch function activation. Remaining autonomy in minutes at set speed. DPV battery state of charge. Instantaneous consumption. Water speed (available with Sinapsi nose). Distance travelled in water (available with Sinapsi nose)
The ATT-400 transponder can operate underwater as a pinger or transponder. This underwater acoustic transponder is small and easy to deploy in depths of 1000m. When interrogated by the STI-350, DTI-300 or VADR series acoustic receivers, the ATT-400 provides range and bearing up to 750 meters away. The ATT-400 can also be programmed to operate as a free-running pinger. With a battery life of up to six months, this transponder is ideal for marking equipment and locations in poor visibility.
This underwater beacon is a cost effective free-running pinger used for marking equipment and underwater sites to depths of 1,200m. Using a single 9-volt battery, the ULB-350 can send a continuous acoustic signal for up to 60 days or on a programmed time delay for up to three months.
This small and rugged handheld diver acoustic receiver with LCD display and signal strength meter can track and locate any acoustic pinger that operates between 5 to 80 kHz.
The PRS-275 is a diver pinger receiver that can be converted to surface pinger receiver using a separate directional hydrophone and user adjustable staff assembly. The system includes the DPR-275 diver pinger receiver, waterproof headset, adjustable staff assembly with directional hydrophone, cable assembly, and shipping container.
The HAMMERHEAD is a vehicle platform featuring extremely light corrugated instrumentation and designed to be towed with a wide variety of data collection instruments. This is the improved evolution of the ROTV MiniBat FC60.
Suex brought the GPS signal underwater in wireless mode - SEIKA transmits the position to all ERON D-1s in the water. SEIKA uses an embedded GNSS (Global Navigation Satellite System) receiver within an SMB (Surface Marker Buoy) to capture precise diver position and communicate wireless that position to the Suex Eron D-1 dashboard.
Sound Metrics image sonars transmit sound pulses and convert the returns to digital images, much like medical ultrasound. The big advantage is that they allow you to "see" what is happening in waters where visibility is zero, with total darkness and cloudy water.
Ocean research, exploration and adventures are easily accessible with our flagship product, the BlueROV2.
The BlueBoat is the most affordable robotic surface vessel on the planet. With an innovative hull design, endless expansion possibilities and open source BlueOS software, it is the ideal platform for hydrographic surveys and robotic system development.
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