Drakkar Engenharia Oceanográfica. Vendas e manutenção de equipamentos oceanográficos. ADCPs, Correntômetros, Boias, Hidrofones, Liberadores Acústicos, Sensores, CTDs.
Drakkar Engenharia Oceanográfica. Vendas e manutenção de equipamentos oceanográficos. ADCPs, Correntômetros, Boias, Hidrofones, Liberadores Acústicos, Sensores, CTDs.
Drakkar Engenharia Oceanográfica. Vendas e manutenção de equipamentos oceanográficos. ADCPs, Correntômetros, Boias, Hidrofones, Liberadores Acústicos, Sensores, CTDs.
SALES
The best
instruments
Pinnacle
ADCP
Proteus is an evolution of Teledyne RD Instruments’ original Workhorse ADCP, which revolutionized physical oceanography, ocean engineering, and river hydrology with its acoustic Doppler technique. Teledyne RD Instruments’ Workhorse Proteus collects current and wave data, as well as performs flow, transport, and discharge measurements in oceans, estuaries, and rivers. Proteus enables new insights into waves, turbulence, and the changing currents beneath the surface.
The Surveyor Ocean ADCP™ family adds a new chapter to Teledyne RDI’s unique contribution to the world’s offshore research fleet. Ocean Surveyor has been installed on more than 250 vessels worldwide. These ADCPs™ provide detailed maps of the distribution of water currents and suspended matter within the water column along the ship’s path. Available in 38, 75 and 150 kHz.
Workhorse Proteus ADCP
Proteus is an evolution of Teledyne RD Instruments’ original Workhorse ADCP, which revolutionized physical oceanography, ocean engineering, and river hydrology with its acoustic Doppler technique. Teledyne RD Instruments’ Workhorse Proteus collects current and wave data, as well as performs flow, transport, and discharge measurements in oceans, estuaries, and rivers. Proteus enables new insights into waves, turbulence, and the changing currents beneath the surface.
Sentinel V
ADCP
The Sentinel V ADCP provides an ideal balance between capacity and flexibility, combined with ruggedness and reliability. Thanks to its built-in Wi-Fi interface (no need for additional software for installation or maintenance!), the Sentinel V provides an extremely intuitive and comprehensive setup process, ensuring safe deployment. From there, diverse applications are possible: stand-alone or in real time, installed on fixed structures or vessels, facing up or down, measuring mean currents, waves or turbulence.
Sentinel V Waves Array
ADCP
Workhorse Waves Array
An innovative and cost-effective upgrade that allows you to take your Teledyne RDI ADCP to the next level. With a simple upgrade, you can capture not only the industry’s most proven and reliable broadband current profile data, but also highly accurate multidirectional wave measurements. The Teledyne RDI Workhorse ADCP has long been regarded as the industry’s most versatile ADCP. With a single instrument, you can collect precision ADCP data from the seabed, the surface or even a moving vessel.
Ocean Surveyor
ADCP
The Surveyor Ocean ADCP™ family adds a new chapter to Teledyne RDI’s unique contribution to the world ’s offshore research fleet. Ocean Surveyor has been installed on more than 250 vessels worldwide. These ADCPs™ provide detailed maps of the distribution of water currents and suspended matter within the water column along the ship’s path. Available in 38, 75 and 150 kHz.
Workhorse Horizontal
H-ADCP
The compact, flexible and affordable ChannelMaster is a horizontally oriented ADCP designed to collect high-precision water velocity, stage and discharge data for a wide range of applications. By leveraging Teledyne RDI’s BroadBand technology, the ChannelMaster enables you to achieve unmatched data quality, even at low velocities and complex flows where a single cell cannot provide sufficient information. The ChannelMaster’s innovative design includes everything you need to collect high-quality data. The standard unit comes equipped with temperature, pressure, tilt and roll sensors and a vertical beam.
Workhorse II Mariner ADCP
The Workhorse II Mariner ADCP has become the instrument of choice for shipborne surveyors and commercial surveyors working in coastal waters or in deeper waters where high resolution of the surface layers is desired. The Mariner offers all the benefits of RDI’s traditional ADCP products in a compact package designed specifically for coastal hull-mount applications. The unit is easily integrated with the vessel’s GPS/GNSS input to provide integrated ADCP readings with accurate position information.
Workhorse II Sentinel ADCP
The Workhorse II Sentinel
The Workhorse II Sentinel ADCP is Teledyne RDI’s most popular and versatile ADCP, with thousands of units in operation in over 50 countries around the world. Providing profile ranges from 1 to 165m, the Workhorse II Sentinel ADCP is ideal for a wide variety of applications and also offers unbeatable accuracy with unmatched low power consumption, allowing you to collect more data over a longer period of time. The lightweight and adaptable Workhorse Sentinel is easily deployed on buoys, boats or mounted on the seabed. Real-time data can be transmitted to shore via a cable link or acoustic modem, or data can be stored internally for short- or long-term deployments.
Workhorse II ADCP Monitor
The Workhorse II Monitor is the most popular direct-reading ADCP. The unit is typically mounted on the bottom of a structure and connected to shore to provide real-time monitoring of currents. The high accuracy and reliability of the Workhorse II Monitor’s data make it a favorite for deployments in high-traffic areas such as ports, where data is often integrated into a Vessel Traffic Monitoring System.
Workhorse II ADCP Monitor
The 75 kHz Long Ranger is Teledyne RDI’s Sentinel-based instrument designed specifically for long-range (up to 600 m) and long-duration (up to six months) autonomous deployments. Teledyne RDI’s broadband technology ensures data reliability, giving you the peace of mind you need for long-term deepwater data collection programs.
ACM-PLUS-7000
The improved Acoustic Current Meter from Falmouth Scientific, Inc. provides extremely accurate (user selectable) 2- or 3-dimensional velocity measurements in a defined free field. The ACM-PLUS uses the most accurate and stable current measurement techniques available today and is configured with standard features that are options on competitive instruments, such as extended on-board data memory, fast download capability, high-precision real-time clock, and high-speed data sampling. The instrument incorporates an internal compass and tilt sensors to provide true vectorial current direction. The compact size and light weight of the unit make the ACM-PLUS suitable for a variety of meter arrays. Windows-based software for meter configuration, data collection, and data visualization makes the FSI ACM-PLUS very easy to use.
ACM-WAVE-PLUS
The ACM-WAVE-PLUS from Falmouth Scientific, Inc. provides wave direction, wave height, and other wave statistics by combining FSI’s enhanced ACM-PLUS acoustic current meter technology with a high-precision micromachined silicon pressure sensor. The instrument can be deployed in a multi-mode format to enable periodic burst sampling of wave data as well as long-term averaging. The ACM-WAVE-PLUS includes advanced standard features such as extended onboard data memory, fast download capability, high-precision real-time clock, and high-speed data sampling.
ACM-PLUS-300
The improved Acoustic Current Meter from Falmouth Scientific, Inc. provides extremely accurate (user selectable) 2- or 3-dimensional velocity measurements in a defined free field. The ACM-PLUS uses the most accurate and stable current measurement techniques available today and is configured with standard features that are options on competitive instruments, such as extended on-board data memory, fast download capability, high-precision real-time clock, and high-speed data sampling. The instrument incorporates an internal compass and tilt sensors to provide true vectorial current direction. The compact size and light weight of the unit make the ACM-PLUS suitable for a variety of meter arrays. Windows-based software for meter configuration, data collection, and data visualization makes the FSI ACM-PLUS very easy to use.
WAVE-TIDE-PLUS
The FSI WAVE-TIDE-PLUS is a cost-effective wave and tide monitor, combining a highly stable pressure sensor and state-of-the-art electronics to achieve unprecedented levels of accuracy and stability. The sampling rate is selectable (1 to 5 Hz), which allows the user to acquire precise point spectra of waves. The pressure sensor output can also be integrated to obtain water level measurements unaffected by wave action. With 16 GB of onboard flash data memory, the WAVE-TIDEPLUS can retain the large amounts of data required for highly detailed wave characterization.
Shallow WaterDeck Unit
The improved Acoustic Current Meter from Falmouth Scientific, Inc. provides extremely accurate (user selectable) 2- or 3-dimensional velocity measurements in a defined free field. The ACM-PLUS uses the most accurate and stable current measurement techniques available today and is configured with standard features that are options on competitive instruments, such as extended on-board data memory, fast download capability, high-precision real-time clock, and high-speed data sampling. The instrument incorporates an internal compass and tilt sensors to provide true vectorial current direction. The compact size and light weight of the unit make the ACM-PLUS suitable for a variety of meter arrays. Windows-based software for meter configuration, data collection, and data visualization makes the FSI ACM-PLUS very easy to use.
Acoustic Releases
The ACM-WAVE-PLUS from Falmouth Scientific, Inc. provides wave direction, wave height, and other wave statistics by combining FSI’s enhanced ACM-PLUS acoustic current meter technology with a high-precision micromachined silicon pressure sensor. The instrument can be deployed in a multi-mode format to enable periodic burst sampling of wave data as well as long-term averaging. The ACM-WAVE-PLUS includes advanced standard features such as extended onboard data memory, fast download capability, high-precision real-time clock, and high-speed data sampling.
UTS 9500 Universal Topside
The improved Acoustic Current Meter from Falmouth Scientific, Inc. provides extremely accurate (user selectable) 2- or 3-dimensional velocity measurements in a defined free field. The ACM-PLUS uses the most accurate and stable current measurement techniques available today and is configured with standard features that are options on competitive instruments, such as extended on-board data memory, fast download capability, high-precision real-time clock, and high-speed data sampling. The instrument incorporates an internal compass and tilt sensors to provide true vectorial current direction. The compact size and light weight of the unit make the ACM-PLUS suitable for a variety of meter arrays. Windows-based software for meter configuration, data collection, and data visualization makes the FSI ACM-PLUS very easy to use.
Acoustic Modens
The FSI WAVE-TIDE-PLUS is a cost-effective wave and tide monitor, combining a highly stable pressure sensor and state-of-the-art electronics to achieve unprecedented levels of accuracy and stability. The sampling rate is selectable (1 to 5 Hz), which allows the user to acquire precise point spectra of waves. The pressure sensor output can also be integrated to obtain water level measurements unaffected by wave action. With 16 GB of onboard flash data memory, the WAVE-TIDEPLUS can retain the large amounts of data required for highly detailed wave characterization.
ADCP Spherical Buoys
Manufactured from high-performance DeepTecTM syntactic foam and equipped with 316L titanium and stainless steel hardware, ADCP ball buoys are designed to outperform and outperform conventional mooring buoyancy. Available in depth ratings from 200m to 6000m, they require minimal maintenance and are extremely durable in the most rigorous deepwater conditions.
ADCP Elliptical Buoys
These buoys feature the same robust design as spherical buoys, but with an elliptical shape for higher current applications. Available with depth ratings from 200m to 6000m.
StableMoor ADCP Buoys
For more extreme current applications, we have the StableMoor™ line of buoys. These unique ADCP buoys are customized for your specific application. Accounting for depth, instrument types, and currents, this design will give you stable data in choppy waters.
Cages for ADCPs
Our in-house metal engineering and fabrication capabilities can identify a standard frame for your application or customize one to meet your needs. Working in stainless steel, aluminum or titanium, we can align your frames.
Background Support
If your project requires seabed mounting, whether for a medium or high frequency ADCP, we can accommodate your needs. These diver-friendly units can be manufactured to accept your ADCP, battery, CTD, acoustic modem or other instrument.
Anti-Drag Supports (TRBMs)
These mounts can be deployed by freefall, by a diver or by an ROV. They feature a dual-axis gimbal within a buoyant recovery capsule, and are designed to allow recovery of all mounted instruments. An optional Spectra package can be supplied for recovery of the base for rotating installations. Our TRBMs are available in depths of over 500 meters. We also offer disposable concrete bases.
Surface Buoy
Hydro-Float™
DeepWater Buoyancy’s subsurface buoys are more versatile and reliable than conventional floats. These buoys can be molded with cross holes and instrumentation pockets on any axis without compromising their strength due to their solid construction. Clamps and mounting hardware can be added for any user-supplied instrumentation.
Cable Floats
Hydrodynamic cable floats provide low-drag, distributed flotation for a variety of marine, commercial, military and oceanographic applications. Available with two attachment methods and sized to fit any cable, these floats are some of the most versatile flotation products available, with depth ratings up to 6,000 m. Learn more about our Quick-Loc™ hinge and latch system for frequent deployment and retrieval.
Marker Floats
Rugged and highly visible, our marker floats are used in ROV and survey operations worldwide. A strong, rotomolded outer shell resists damage to the DeepTec™ syntactic foam core, even during the most aggressive handling.
Instruments Collars
Designed for long-term submersion, our instrument collars provide years of reliable service and stand up to rough handling during operations. Each produces the buoyant force needed for rapid ascent and positive recovery without compromising instrument performance. From shallow water surveys to ultra-deep positioning, you can count on these collars to help ensure overall success in the field.
HardBall™ Floats
HardBall™ Floats provide distributed buoyancy for cable distribution, marine and oceanographic applications. They are available in a variety of sizes and depth ratings. Unlike glass balls or hollow plastic floats, HardBall™ Floats will not leak or implode. Only DeepTec™ epoxy-based syntactic foams are used to form the core – no macrospheres or other high-hazard materials.
Modular Buoy Systems
Modular buoys are the most versatile approach for marine applications. They are offered in a variety of standard sizes with buoyancy capacities up to 10 tons and depth ratings of 3,000 meters or more. Whether installing pipe sleds, jumpers or hanging moorings, this multi-functional product offers a straightforward way to meet buoyancy requirements.
To complement our DeepTec™ line of syntactic foams, we also produce a wide range of deep submersion polyurethane products. Custom fastening solutions, protective coatings and flexible cable products can be molded to any size or durometer.
Polyurethane Elastomer Products
ROV Flotation
We provide high-quality flotation for marine, drilling, commercial and military vehicles. Made with DeepTec™ syntactic foam, these floats are the most reliable and cost-effective choice for ROV, AUV and trailer body flotation. Whether you are outfitting a new vehicle or tool package, or require custom add-on flotation, you will get a superior product and a fast turnaround.
ROVits™
Designed similar to “mooring balls”, ROVits™ are our answer to the call for small, multi-purpose floats. ROVits™ provide buoyancy to make manipulator and ROV tasks easier, especially where hardware such as lifting eyes, pins and straps are involved. ROVits™’s robust design and 3000m depth rating make them the most versatile tool in your support van.
Customized Syntactic Foam Solutions
Can’t find what you need on this list? Have a unique requirement for propelling an instrument or lifting a vehicle? Need engineering and design assistance? We’d be happy to help you evaluate your application and conceptualize and design a solution. In addition to syntactic foam, we also work with metals, plastics, and urethanes. And we have a wide range of in-house capabilities to quickly turn your project around. Over half of our production is custom-made.
AML-1
The AML-1 is a single sensor probe with flexibility in data acquisition. AML’s modular approach to sensor installation means that a single AML-1 can be used to collect conductivity, sound velocity, turbidity, pH or any other desired parameter. The AML-1 has a sensor port on the cover. Some sensors, such as the CT and SVT, are dual parameter. This means that in fixed depth applications, the AML-1 can be used to measure CT and calculate salinity and density.
AML-3
The AML-3 is one of the most versatile multi-sensor oceanographic instruments currently available. The AML-3 has three sensor ports on the cover; the sensor payload is modular and can be swapped in the field to meet project requirements. Some sensors, such as the CT and SVT, are dual-parameter, allowing direct measurement of up to four distinct parameters from the instrument cover. In addition, the AML-3 calculates salinity and density.
AML-6
The AML-6 is a multiparameter sonar designed to combine CTD data with other oceanographic parameters such as dissolved oxygen, pH, ORP or fluorometric sensors. This instrument has six sensor ports on the cover; the sensor payload is modular and can be swapped in the field to meet project requirements. The AML-6 can be equipped with UV biofouling control, ensuring data quality and extended maintenance-free periods without contaminating the oceans with TBT or other harmful chemicals.
Sensors
AML has several sensors developed to be used interchangeably with the AML-1, AML-3 and AML-6. These are sensors for:
Speed
Speed and Temperature
Conductivity and Temperature
Pressure
Temperature
Dissolved Oxygen
Turbidity
CDOM
Chlorophyll
Raw Oil
Fluorescence
Fuels
Trptofan
Rhodamine
icListen HF
icListen smart hydrophones are the world’s first smart digital hydrophones. icListen can be used for real-time listening and event detection, or as an acoustic recording device.
Small enough to be carried in one hand, our simple, accurate and reliable icListens allow users to collect, analyze and listen to ocean sound data in real time.
icListen AF
icListen smart hydrophones are the world’s first smart digital hydrophones. icListen can be used for real-time listening and event detection, or as an acoustic recording device.
Small enough to be carried in one hand, our simple, accurate and reliable icListens allow users to collect, analyze and listen to ocean sound data in real time.
Launch Box
The Launch Box eliminates the cable connection between your laptop and the icListen hydrophone. It sends data wirelessly via WiFi directly to your personal computer, tablet or smartphone. It provides WiFi, power and GPS time synchronization for one icListen hydrophone(s). It records GPS position for on-the-go deployments.
Acoustic Buoy
The Ocean Sonics Acoustic Buoy is used for drifting or moored deployments using one or more hydrophones, or moored deployments and hydrophone arrays. Easy to handle and deploy from a small raft.
Send data via WiFi directly to your personal computer, tablet or smartphone. Provides WiFi, GPS synchronization and position.
