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Key to any Hydrographic survey is tidal data and Valeport offer tide gauge options for both shore-based and offshore / seabed applications together with telemetry packages for secure data transfer.
Designed for a seamless workflow.
The new SWiFT CTD is the latest in Valeport’s popular range of SWiFT profilers and delivers enhanced accuracy and versatility for those requiring CTD measurements.
uvSVX - Sound Velocity, Temperature and Pressure with calculated Salinity & Density for an Underwater Vehicle
The smart miniIPS2 underwater pressure sensor with accuracy to 0.01%, offers a cost-effective solution to vehicle pilots who require highly accurate depth information in real-time.
Valeport’s SWiFTplus Multi-Parameter Profiler with a Turbidity sensor combines survey-grade sound speed, temperature and pressure sensor technology with Turbidity observations.
Valeport's SWiFTplus Multi-Parameter Profiler with a Chlorophyll a sensor combines survey-grade sound speed, temperature and pressure sensor technology with Fluorometer observations.
Designed for coastal, harbour and inland hydrographic survey use, the SWiFT SVP makes a seamless workflow a reality in a compact, robust and portable package.
The Valeport miniSVS uses digital "time of flight" technology to provide the lowest noise, highest accuracy, best resolution sound velocity data available.
Some users need the superior Sound Velocity data from an SVP with the Salinity and Density data from a CTD. So Valeport has come up with the unique MIDAS SVX2 that combines both technologies to give the best of both worlds.
The miniIPS is a precision underwater pressure sensor; 0.01% accuracy, a titanium housing and a choice of pressure ranges make it a cost-effective solution for offshore engineers, vehicle pilots and other operators who require highly accurate depth information in real-time.
The Tidemaster is the cost-effective way to accurately record water height, with the added option of gathering meteorological data using its ultrasonic wind speed and direction sensor.
The VA500 Altimeter delivers a new solution for the ROV, AUV and Hydrographic community to the problem of underwater positioning.
Valeport’s Hyperion Chlorophyll a Fluorometer sensor delivers high-performance measurements of Chlorophyll a, in a compact & robust package ideal as a standalone sensor, for ROV and AUV integration or used as part of a multi-sensor array and data logger.
Valeport’s Hyperion Turbidity sensor delivers high-performance measurements of turbidity, in a compact & robust package ideal as a standalone sensor, for ROV and AUV integration or used as part of a multi-sensor array and data logger.
A portable survey solution for monitoring of Tide, Met and other sensors, the TideStation Portable is housed in a large, rugged ABS case.
The Model 106 is the ideal instrument for coastal and estuarine applications and other light-duty survey work.
UV-SVP - Sound Velocity, Temperature and Pressure with calculated Salinity & Density for an Underwater Vehicle
Valeport’s industry-leading TideMaster Tide Gauge is at the core of the Tidestation, bringing Pressure, Radar and hybrid tidal observation techniques coupled with interfaces to other meteorological and 3rd party systems.
Many of the issues traditionally associated with water level measurement have been solved in the VRS-20 pulsed K-band radar level sensor.
The BathyPack is one of Valeport's premier MIDAS products, using state of the art sensors to generate precision Sound Velocity and Density profiles for highly accurate depth and height data.
Rapid collection of sound velocity profiles with no compromise in the quality of the data is the rapidPro SVT’s great party trick.
Valeport’s Hyperion Fluorescein Fluorometer sensor delivers high-performance measurements of Fluorescein, in a compact & robust package ideal as a standalone sensor, for ROV and AUV integration or used as part of a multi-sensor array and data logger.
Valeport’s Hyperion Phycocyanin Fluorometer sensor delivers high-performance measurements of Phycocyanin, in a compact & robust package ideal as a standalone sensor, for ROV and AUV integration or used as part of a multi-sensor array and data logger.
Valeport’s Hyperion Rhodamine Fluorometer sensor delivers high-performance measurements of Rhodamine, in a compact & robust package ideal as a standalone sensor, for ROV and AUV integration or used as part of a multi-sensor array and data logger.
Valeport’s SWiFTplus Multi-Parameter Profiler with a Fluorescein sensor combines survey-grade sound speed, temperature and pressure sensor technology with Fluorescein observations.
Valeport’s SWiFTplus Multi-Parameter Profiler with a Phycocyanin sensor combines survey-grade sound speed, temperature and pressure sensor technology with Phycocyanin observations.
Valeport's SWiFTplus Multi-Parameter Profiler with a Rhodamine a sensor combines survey-grade sound speed, temperature and pressure sensor technology with Fluorometer observations.
Valeport’s in-house design and manufacture capability mean we can provide customized OEM versions of our “time of flight” sound velocity technology.
The MIDAS CTD is Valeport's premier CTD Profiler. High accuracy sensors (including ±0.01% pressure) and robust titanium design allow reliable operation to 6000m depth, under the harshest conditions.
Small scale hydrographic surveys are now achievable at low-cost thanks to the MIDAS Surveyor.
Suitable for rapid profiling down to 6000m depth, the MIDAS SVP gives the most accurate Sound Velocity Profiles currently possible.
The miniSVP, a budget Sound Velocity Profiler designed to make the best SV measurements in the world available to everyone.
The Valeport miniTIDE is a small Tide Recorder, designed for short-term underwater deployments, ideal for academic studies.
The next generation of sound velocity sensor, the UltraSV, is ultra-fast, ultra-compact, ultra-dependable.
Designed for long or short-term deployments in offshore environments, or locations where a traditional shore-based tide gauge is impractical, the MIDAS WLR can be moored in line or to the seabed.
Cleaning and maintenance without docking, Thru-Hull Sound Velocity Sensor allows the probe to be deployed through the vessel’s hull and safely recovered.