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Ocean Observer
Teledyne Marine RD Instruments
Teledyne RD Instruments dominates current measurement for the offshore oil and gas sector with the OO, a field-proven instrument designed to facilitate exploration drilling, field development, and production.
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Ocean Surveyor
Teledyne Marine RD Instruments
For decades, Teledyne RD Instruments has been the preeminent supplier of Acoustic Doppler Current Profiling (ADCP) instrumentation for open ocean applications. Teledyne RDI’s vessel-mounted Ocean Surveyor family of ADCPs continues to raise the bar, collecting detailed maps of the distribution of water currents and suspended materials through the water column and along the ship’s path - at depths and resolutions previously considered unattainable. In real time, the ADCP is also used to aid in situ decision-making, to adapt field operations, and to understand current regime characteristics.
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Ocean and River Instruments
RINKO W
Rinko W is an autonomously deployable data logger for long-term DO measurements. In order to protect the sensing foil against accumulating bio-fouling, the instrument has a mechanical wiper to sweep the optical window. The optical sensor does not have a membrane neither electrolytes, thus, it need less maintenance than electrode or galvanic sensors.
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Ocean and River Instruments
RINKO EC (ARO-EC)
Aquatic eddy covariance method is a powerful technique to measure benthic fluxes. The robust RINKO EC (model name: ARO-EC), as a new member of the RINKO series, is designed for aquatic eddy covariance measurements. The RINKO series is based on the optical (phosphorescence) principle which is now widely known as a remarkably fast response oxygen sensor with high accuracy. The response time of the RINKO EC oxygen sensing foil is less than 0.5 s (90%, from air to water at 25 °C). The foil life-time is more than 200 h, which enables at least 1 week of continuous measurements of dissolved oxygen. Moreover, the foil can be replaced easily by the user. Berg et al. (2016)*, after a detailed evaluation, concluded that RINKO EC is a reliable alternative for aquatic eddy covariance measurements of oxygen fluxes and its high data quality allows for new opportunities for eddy covariance flux studies, including long-term deployments in rivers, streams, and marine environments.
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Ocean and River Instruments
RINKO III
Rinko III is an analog version with the fast optical DO sensor and a temperature sensor. With an external 12 DCV power, the instrument seamlessly outputs the analog data (0 to 5V) of the sensors. Rinko III can be easily integrated on various platforms with an Impulse cable. By the fast response, the instrument provides high accurate DO data without restricting profile speeds.
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Ocean and River Instruments
RINKO-FT (ARO-FT)
The RINKO FT not only retains the fast response time identical to that of conventional RINKO series but also has greater accuracy and stability by incorporating high-quality multipoint calibration and improved sensing method. This instrument is primarily designed to target Argo float operations,however, its compact, lightweight, and commonly used communication protocol widen the choice of platforms for installation. The RINKO FT allows DO measurements with a high vertical resolution, which will contribute to the understanding new aspects of physical/biochemical processes.
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Ocean Bottom Seismometers
Tried and tested on successful deployments all around the globe, ours is the most comprehensive range of cabled and portable ocean bottom instruments available.
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Ocean Observer III
Teledyne Marine RD Instruments
Since 1997 Teledyne RD Instruments has been providing ADCPs that have proven in the field they can profile beyond 1000 m from research vessels traveling at speeds >15 knots and from offshore oil and gas platforms during exploration work. That same technology has now allowed us to create the Ocean Observer III 38 kHz ADCP. We have combined our field-proven 38 kHz phased array ADCP transducer with our field-proven electronics into a single package that is capable of profiling >1000m. This design makes it ideal to be mounted from an oil platform, over the side of a vessel, and in surface buoys.
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Ocean Surface Monitor
Current Monitor™
sigma S6 Current Monitor™ is a radar-based monitoring system that delivers ocean surface current data from moving stations and both current and bathymetry from fixed locations with high spatial resolution. This greatly improves the management of marine-based activities such as predicting oil slick drift patterns, enhancing navigational safety, and protecting vulnerable coastlines.
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Unmanned Ocean Robot
Wave Glider
Energy harvesting and propulsion are critical for unmanned ocean robots operating in the middle of the ocean. Our engineers answered these challenges with the Wave Glider. It delivers greater energy harvesting, additional propulsion, and new capabilities which expand the range of applications and solutions available to customers.
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Remote Ocean Sensing
WERA
Modular system with flexibility to enable set-up in Compact or Array Type Antenna configurations. This enables us to find the best radar configuration for your specific application !
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Ocean State Monitoring System
WaMoS® II
is a radar-based, wave and surface current monitoring system that delivers real-time measurements while a vessel is underway, providing germane data to the local operational area. High definition images of wave fields combined with numerical data and intuitive graphical reporting keep the operator well-informed in assessing environmental risk and identifying safe operational windows.
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Real-time Ocean Data Solutions
Saildrone is the world leader in providing ocean data solutions with uncrewed surface vehicles, offering unrivaled payload, range, and reliability. Saildrone vehicles have sailed almost 1,000,000 nautical miles and spent almost 25,000 days at sea collecting data that provides unprecedented intelligence for climate, mapping, and maritime security applications.
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Real-Time Ocean Sensor Network
Powered by the Sofar Spotter network: the largest real-time ocean sensor network in the world. Save on fuel and costs while leaving a smaller footprint on the planet.
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Ocean Signal RescueME PLB1 (Personal Locator Beacon)
RescueME PLB1
The RescueME PLB1 is the world's smallest 406mhz & GPS enabled PLBOperation of the rescueME PLB could not be simpler. To activate the PLB: Pull the retractable antenna out by its end tab, flip open the spring loaded cover over the activation button, hold the button for 1 second until the lights blink. Visual instructions are clearly printed on the case. When activated, the rescueME PLB1 will transmit accurate position data from its 66 channel GPS for a minimum of 24 hours while the integrated strobe light ensures maximum visibility.Ocean Signal has ensured that rescueME, like all of its other safety products, exceeds statutory requirements. RescueME PLB provides an incredible 7 year battery life, and is covered by a 7 year warranty. Even after more than 24 hours of continuous operation, and when the battery power is insufficient to transmit the satellite signal, the PLB1's homing beacon and strobe light will continue to operate. This high intensity strobe light features a molded lens to enhance the visibility of its efficient LED and it gives a powerful 1 candela light emission.Self-test of the PLB can be carried out with a simple button press with the start of test and results clearly indicated by a green flashing light. The antenna is easily extended like a normal tape measure and can be retracted using the winding mechanism on the top of the unit. This unique feature greatly facilitates user training and familiarization as it is not a one time deployable antenna similar to existing PLBs.rescueME comes with a snap-in mounting bracket and universal rubber mounting strap which can be fitted permanently or with each use. It is also supplied with a detachable flotation lanyard to accommodate all scenarios out of the box.
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Logger version 2-D electro-magnetic current meter for deep ocean
INFINITY-Deep AEMD-USB
INFINITY-Deep is an autonomously deployable data logger for current speed measurements in the deep oceans. The currents in the deep oceans are very weak. It is too hard to accurately measure the deep water currents by some ADVs (Acoustic Doppler Velocimeters) that detect the Doppler-effect by scatter with the suspended particles in the water, because the concentration is very low. INFINITY-Deep measures 2-D current data through a magnetic field according to Faraday's law. Therefore, even if the suspended particles do not exist around the sensor, it can provide the accurate current data. The depth rating is 6,000m. Compared to INFINITY-EM, the instrument has a depth and a tilt sensors to monitor mooring status. Also, the battery capacity doubles for long-term current velocity measurements.
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Hydrographic Grade Deepwater Singebeam Echosounder
DESO 5DS
The DESO 5DS is a hydrographic grade deepwater singlebeam echosounder designed for reliable high performance in deep ocean surveys. It utilizes very high power transceiver electronics to survey the oceans down to 10km depth.The raw data record is stored in proprietary format by Teledyne’s own software and can be acquired, replayed, and analyzed similar to thermal paper records. Depth data is continuously generated on serial and network interfaces and can be recorded by hydrographic software.The DESO 5DS is based on our latest singlebeam sonar technology, designed as a precise and reliable survey tool for the survey from shallow waters to full ocean depth.The DESO 5DS utilizes the most robust automatic control and bottom detection algorithms available — providing you with precise depth information and brilliant water column profile even under the most challenging conditions.
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Inspection Class ROV
Phantom® L Series
THE PHANTOM® L6 IS THE NEWEST IN THE NEXT GENERATION OF PROVEN, RELIABLE UNDERWATER ROBOTICS PIONEERED BY DEEP OCEAN ENGINEERING IN ITS MANUFACTURE OF REMOTELY OPERATED VEHICLES (ROV), BUILT IN THE USA FOR NEARLY FOUR DECADES.
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In-Transit Temperature Chart Recorder
DeltaTrak's In-Transit Temperature Chart Recorder, Model 16000-16502, is a highly reliable, time and temperature strip chart recorder used to record environmental conditions encountered during storage and transportation of food, pharmaceuticals, chemicals, and other temperature-sensitive commodities in refrigerated trucks, rail cars, ocean and air freight containers.
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MOTUS Stand-Alone Sensor
There are numerous ways of measuring Ocean Waves. At Aanderaa, we focus on three measurement types: pressure, acoustic, and motion. In this section, we cover the motion-based sensors in the MOTUS family.MOTUS Directional Wave Sensor is suitable for integration on different buoy types. It is intended for commercial as well as research use. The directional stand-alone Sensor processes wave data and is configurable to directly present parameters and wave spectrum. The sensor can be connected to a SmartGuard using the CANbus-based AiCaP protocol. It can also be connected to a PC or third-party systems through the RS-232 interface.MOTUS Wave Height Sensor is for wave height only. As the MOTUS Directional Sensor, it is suitable for integration on different buoy types. In the sensor, the directional wave parameters are locked. It is possible to open the wave direction parameters with a software license from Aanderaa later if the need changes. MOTUS Lite OEM Sensor is the OEM version of the MOTUS Directional Wave sensor. It is delivered as an electronic board without housing and cables. Please get in touch with the factory for more options and restrictions.
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Multibeam Echosounder - Deep Water
HydroSweep DS
The HydroSweep DS is a deep water multiebeam echosounder ideally suited for seabed mapping in deep water up to full ocean depth based on a sonar frequency between 14 kHz to 16 kHz. Beside bathymetric depth information from 10 m to more than 11,000 m, sidescan data and backscatter data for seabed classification are acquired. The HydroSweep DS does not only gather sea floor information, but also uses adaptive bottom tracking windows to identify sonar targets in the water column and can be optionally operated as a parametric sub-bottom profiler without additional transducers and electronics.
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NorthernRadar
WERA
The WERA system (WavE RAdar) is a shore based remote sensing system using the over the horizon radar technology to monitor ocean surface currents, waves and wind direction (Gurgel, 1999). This long range, high resolution monitoring system operates with radio frequencies between 4 and 50 MHz. A vertical polarized electromagnetic wave is coupled to the conductive ocean surface and follows the curvature of the earth.
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Nutrient | Oxygen | PH Sensors: Nutrient Sensors
Sea-Bird Scientific’s line of nutrient sensors deliver high-resolution, continuous nutrient measurements that provide unique insights into the coupling of hydrological, geochemical, and biological processes. From lakes and rivers to deep oceans, continuous monitoring of nutrients is increasingly being used to understand ecosystem dynamics at time scales that capture daily processes, trends and events.
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Nutrient | Oxygen | PH Sensors: PH Sensors
pH (potential Hydrogen) is a measurement of the level of acids and bases in water. Our pH sensors have been used extensively to research ocean acidification, coral reefs, coastal marine biology, and to conduct environmental monitoring.
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Observational Systems: Profiling Floats
Autonomous profiling floats are revolutionizing the way scientists study the ocean. Before the first profiling float entered the water, our ability to measure climate, biological, and chemical trends was limited in scope while large-scale studies were a costly endeavor.
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Oceanography
Explore our range of oceanographic instruments for capturing information about our marine environment. Whether you are conducting short-term studies in coastal areas or embarking on multi-year ocean deployments at depths of thousands of meters, we can help you find the best instrument for your application.
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Optical Sensors: Scattering Sensors
Scattering sensor data offers links to particulate bigeochemistry and ocean color. Sea-Bird Scientific offers a wide variety of scattering sensor configurations and measurement capabilities. Our sensors are available in single, dual, and three-measurement combinations.
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Optical Sensors: Transmissometers
Transmissometers provide information about the optical properties of natural water by measuring the transmittance or attenuation of incident radiation. Sea-Bird Scientific offers transmissometers and an attenuation sensors for a variety of applications, including AUVs, deep ocean, and profiling floats.
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Optical VSF Sensors
The optical Volume Scattering Function(VSF) is an ‘inherent optical property’ of water that is used by optical oceanographers to predict light propagation, image degradation, remote sensed ocean color, biological environment etc. in water.
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ADV Acoustic Doppler Velocimeter
10-MHz
The SonTek/YSI 10-MHz ADV (Acoustic Doppler Velocimeter) is a proven, accurate solution for high-precision, 3-axis (3D), velocity measurements in a wide variety of settings from the laboratory to the ocean.
