WINGHEAD i80S - stabilised

Superior Performance Ultra High-Resolution Integrated 3D&4D Medium Range Motion Stabilised Bathymetric System.

Designed to perform in extreme operational environments with high vessel motion, this cylindrical ultra-high resolution curved array bathymetric system, allows for rapid anywhere anytime mobilisation

NORBIT Subsea

Trondheim, NO

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Description

NORBIT WINGHEAD “S” series sonars are based on a state of the art analogue and digital platform featuring powerful signal processing capabilities, offering active roll and pitch stabilized bathymetry plus several imagery and backscatter outputs as standard ensuring the highest quality survey data performance. With broad R&D expertise, NORBIT has developed - from the ground-up - exciting new technology that allows existing and new applications to benefit from the advantages offered by a compact wideband curved-array multibeam sonar.

The NORBIT WINGHEAD i80S is a compact ultra-high resolution curved array broadband multibeam sonar designed for use in the most demanding operational environments. Characterised further by a small form factor; low power draw and tight integration, WINGHEAD i80S installation can occur on surface survey platforms ranging from small USVs to large vessel permanent hull mounts.

Supported by DCT (NORBIT Integrated Data Acquisition Software) for efficient survey data acquisition.

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Specifications

Physical properties of transducer head: Length [m]

0.413

Width [m]

0.159

Height [m]

0.447

Min. external power [V]

10

Max. external power [V]

28

Max. power consumption [W]

100

Weight in Air

8.9

Weight in Water

4.8

Speed of sound: Real-time correction of refraction at transducer head

Y

Real-time integration of SV-profile

Y

Explanation of SV-profile application process

3rd Party Software (QINSy, Hypack, CARIS, etc.)

Interfaces: Compatible software

DCT, HYPACK, QPS, EIVA, CARIS, PDS2000 others

Compatible hardware

All mounting arrangements

Real-time access procedure

NORBIT user-interface via LAN

Motion compensation: Motion sensors compatible to the system

incl. Applanix Oceanmaster OEM version

Required pitch uncertainty [deg]

0.01

Required roll uncertainty [deg]

0.01

Required heave uncertainty [m]

0.02

Mounting and deployment: Mounting

Retractable

Y

Used Sonar Methods: Type of system

Multibeam

Bottom Detection Method

Amplitude/Phase/Blend

System Parameters: Min. frequency [kHz]

200

Max. frequency [kHz]

700

Number of selectable frequencies

500001

Min. depth [m]

0.2

Max. depth [m]

400

Depth resolution [mm]

9

Max. pings / second

1450

Ping frequency [Hz]

60

Min. beam width across track [deg]

0.5

Min. beam width along track [deg]

0.9