High quality streamer hydrophones available as 1, 8, 12 or 20 element MF designs and 24 element LF design.
Each is supplied with a pre-amplifier and connectors for standard seismic acquisition systems.
Each is supplied with a pre-amplifier and connectors for standard seismic acquisition systems.
The lightweight Squid 501 is used with direct attachment to a HV cable. The Squid 2000 is deployed from a catamaran, the Cat 200, and is easily configurable for array depth, spacing and power input.
Different sparker tips can be used to increase resolution or penetration as required.
The transmitted energy is focused by the array geometry to improve the directivity and beam pattern, giving an improvement over traditional sound sources.
It is housed in a water-proof rugged enclosure with a clear LCD display and splash proof key pad for on-deck operations.
The 3510 has been designed to be a versatile tool for multi-transponder configuration and testing, plus on deck release beacon and acoustic telemetry operations.
It determines the position of dynamic subsea targets through the transmission and reception of acoustic signals between the submerged transceiver and the target beacon.
By incorporating Spread Spectrum Technology, the wide bandwidth transmissions reduce its susceptibility to interference and enables more accurate positioning.
Spread Spectrum Technology is also better at rejecting unwanted reflected signals which improves operations in challenging locations such as ports and harbours.
By incorporating AAE Sigma 2 technology the wide bandwidth transmissions reduce its susceptibility to interference and enables precise, reliable positioning over an extended operational range.
Easytrak Nexus 2 determines the position of dynamic subsea targets through the transmission and reception of acoustic signals between the submerged transceiver and the target beacon.
Positions can be geographically referenced with chart overlays and internally logged for a complete solution.
Stable under tow, the frame is buoyed and is easily deployed.
The design incorporates a simple adjustment for optimum array depth, to achieve the best possible pulse shape.