WADER 
A Sonar Range Prediction & Global Ocean Information system designed to enhance situational awareness anywhere in the world
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- Dedicated, independently verified, low & high frequency propagation loss models
- Fully range dependent
- 2D, 360 degree tactical probability of detection display
- 3D seabed & probability of detection rendering
- High-resolution bathymetry data upload options
- Multistatic sonar performance prediction
- Global environmental & sediment databases
- Reverberation model & reverberation data upload facility
- Multi-plot function for multiple on-screen calculations
- Wide variety of oceanographic reference chart types
- Training sonar database & documentation
- High-resolution data merge facility
- Customisable chart overlays
- Best source depth tool
- Embedded FOM calculator
- Stand-alone software – no web connection necessary
- Upgrade and support available
‘WADER is currently the best tool in terms of the widest range of capabilities and functionality. The operators also see it as being the best tool, with the best GUI (Graphical User Interface) and the most comprehensive training program.’
WADER is a comprehensive sonar range prediction and Global Ocean Information System which uses Global environmental data (sea state, water column and bathymetry) together with user-supplied acoustic parameters to generate propagation loss data & calculate sonar performance/probability of detection. Designed for operational users of all abilities, the data is generated in real time and displayed using clear graphics. Correct interpretation of the graphs can provide Command information such as best evasion depth, likely target depths and optimum sonar position. The system is fully range-dependent and the embedded models have been independently verified.
Using WADER
WADER is designed to provide comprehensive capabilities within a user-friendly package. The system shields the new user from the complexities of underwater acoustic range prediction while simultaneously providing the experienced operator with advanced options to perform detailed calculations without significantly increasing the workload or complexity.
The process is rapid, reliable and simple. It is controlled via four main screens (below).
WADER applications include: research, training, EIA, operational sonar performance prediction, anti-submarine warfare (ASW) and pre- / post-mission acoustic analysis. For additional uses, see the applications page.
Find out more
System Requirements
64-bit: Windows 8 & Windows 10
Windows settings (above) in addition to VMware & an Intel Processor
1GHz
XGA (1024×768), 32-bit colour. Discrete graphics card required for some 3D features
20GB recommended
18GB required for essential datasets – remainder advised for storage of user files
Min. 8GB of which WADER requires 1GB at runtime
Total RAM requirement subject to other active applications
A Sonar Range Prediction & Global Ocean Information system designed to enhance situational awareness anywhere in the world
|
|
- Dedicated, independently verified, low & high frequency propagation loss models
- Fully range dependent
- 2D, 360 degree tactical probability of detection display
- 3D seabed & probability of detection rendering
- High-resolution bathymetry data upload options
- Multistatic sonar performance prediction
- Global environmental & sediment databases
- Reverberation model & reverberation data upload facility
- Multi-plot function for multiple on-screen calculations
- Wide variety of oceanographic reference chart types
- Training sonar database & documentation
- High-resolution data merge facility
- Customisable chart overlays
- Best source depth tool
- Embedded FOM calculator
- Stand-alone software – no web connection necessary
- Upgrade and support available
‘WADER is currently the best tool in terms of the widest range of capabilities and functionality. The operators also see it as being the best tool, with the best GUI (Graphical User Interface) and the most comprehensive training program.’
WADER is a comprehensive sonar range prediction and Global Ocean Information System which uses Global environmental data (sea state, water column and bathymetry) together with user-supplied acoustic parameters to generate propagation loss data & calculate sonar performance/probability of detection. Designed for operational users of all abilities, the data is generated in real time and displayed using clear graphics. Correct interpretation of the graphs can provide Command information such as best evasion depth, likely target depths and optimum sonar position. The system is fully range-dependent and the embedded models have been independently verified.
Using WADER
WADER is designed to provide comprehensive capabilities within a user-friendly package. The system shields the new user from the complexities of underwater acoustic range prediction while simultaneously providing the experienced operator with advanced options to perform detailed calculations without significantly increasing the workload or complexity.
The process is rapid, reliable and simple. It is controlled via four main screens (below).
WADER applications include: research, training, EIA, operational sonar performance prediction, anti-submarine warfare (ASW) and pre- / post-mission acoustic analysis. For additional uses, see the applications page.
A Sonar Range Prediction & Global Ocean Information system designed to enhance situational awareness anywhere in the world
|
|
- Dedicated, independently verified, low & high frequency propagation loss models
- Fully range dependent
- 2D, 360 degree tactical probability of detection display
- 3D seabed & probability of detection rendering
- High-resolution bathymetry data upload options
- Multistatic sonar performance prediction
- Global environmental & sediment databases
- Reverberation model & reverberation data upload facility
- Multi-plot function for multiple on-screen calculations
- Wide variety of oceanographic reference chart types
- Training sonar database & documentation
- High-resolution data merge facility
- Customisable chart overlays
- Best source depth tool
- Embedded FOM calculator
- Stand-alone software – no web connection necessary
- Upgrade and support available
‘WADER is currently the best tool in terms of the widest range of capabilities and functionality. The operators also see it as being the best tool, with the best GUI (Graphical User Interface) and the most comprehensive training program.’
WADER is a comprehensive sonar range prediction and Global Ocean Information System which uses Global environmental data (sea state, water column and bathymetry) together with user-supplied acoustic parameters to generate propagation loss data & calculate sonar performance/probability of detection. Designed for operational users of all abilities, the data is generated in real time and displayed using clear graphics. Correct interpretation of the graphs can provide Command information such as best evasion depth, likely target depths and optimum sonar position. The system is fully range-dependent and the embedded models have been independently verified.
Using WADER
WADER is designed to provide comprehensive capabilities within a user-friendly package. The system shields the new user from the complexities of underwater acoustic range prediction while simultaneously providing the experienced operator with advanced options to perform detailed calculations without significantly increasing the workload or complexity.
The process is rapid, reliable and simple. It is controlled via four main screens (below).
WADER applications include: research, training, EIA, operational sonar performance prediction, anti-submarine warfare (ASW) and pre- / post-mission acoustic analysis. For additional uses, see the applications page.
Main Screen
The Main Screen is the starting point for calculations where users define their area of interest and add detail to the map display. The Main Screen renders the 2D sonar performance radial displays & provides access to 3D DAD. In addition to the on-screen climatology data readouts, optional overlays include:
- Sediment data charts
- Ambient noise & weather data (with 3rd Party Product access)
- Global ports locations and ocean place names
- User defined area boundaries
Main Screen
The Main Screen is the starting point for calculations where users define their area of interest and add detail to the map display. The Main Screen renders the 2D sonar performance radial displays & provides access to 3D DAD. In addition to the on-screen climatology data readouts, optional overlays include:
- Sediment data charts
- Ambient noise & weather data (with 3rd Party Product access)
- Global ports locations and ocean place names
- User defined area boundaries
Main Screen
The Main Screen is the starting point for calculations where users define their area of interest and add detail to the map display. The Main Screen renders the 2D sonar performance radial displays & provides access to 3D DAD. In addition to the on-screen climatology data readouts, optional overlays include:
- Sediment data charts
- Ambient noise & weather data (with 3rd Party Product access)
- Global ports locations and ocean place names
- User defined area boundaries
Environment Screen
The Environment Screen allows users to edit both the track and operational environment. Users upload and manage their own (measured) environmental profiles (salinity, SSP) from XBTs using time filters, edit the seabed properties and analyse the sound channel. The data is visualised using the seabed cross-section and profile charts.
High resolution water column profiles can be merged automatically with the track for use in the analysis screen.
Environment Screen
The Environment Screen allows users to edit both the track and operational environment. Users upload and manage their own (measured) environmental profiles (salinity, SSP) from XBTs using time filters, edit the seabed properties and analyse the sound channel. The data is visualised using the seabed cross-section and profile charts.
High resolution water column profiles can be merged automatically with the track for use in the analysis screen.
Environment Screen
The Environment Screen allows users to edit both the track and operational environment. Users upload and manage their own (measured) environmental profiles (salinity, SSP) from XBTs using time filters, edit the seabed properties and analyse the sound channel. The data is visualised using the seabed cross-section and profile charts.
High resolution water column profiles can be merged automatically with the track for use in the analysis screen.
Analysis Screen
The Analysis Screen is where the user conducts detailed propagation loss analysis. The screen has a probability of detection diagram, propagation loss graphic and ray-trace diagram. Users can also display an EIA chart, best source depth and intensity distribution chart. In-situ adjustments can be made for (among others) reverberation losses, target/source depths & sonar beam angle. Parameters for shipping, sea state and ambient noise are accounted for in the embedded FOM calculators.
Analysis Screen
The Analysis Screen is where the user conducts detailed propagation loss analysis. The screen has a probability of detection diagram, propagation loss graphic and ray-trace diagram. Users can also display an EIA chart, best source depth and intensity distribution chart. In-situ adjustments can be made for (among others) reverberation losses, target/source depths & sonar beam angle. Parameters for shipping, sea state and ambient noise are accounted for in the embedded FOM calculators.
Analysis Screen
The Analysis Screen is where the user conducts detailed propagation loss analysis. The screen has a probability of detection diagram, propagation loss graphic and ray-trace diagram. Users can also display an EIA chart, best source depth and intensity distribution chart. In-situ adjustments can be made for (among others) reverberation losses, target/source depths & sonar beam angle. Parameters for shipping, sea state and ambient noise are accounted for in the embedded FOM calculators.
Sonar Editor
The sonar editor is where users add their own sonar parameters for use in their range prediction processes. WADER is supplied with a set of fictitious sonars – SPUTS – for training purposes.
Sonar Editor
The sonar editor is where users add their own sonar parameters for use in their range prediction processes. WADER is supplied with a set of fictitious sonars – SPUTS – for training purposes.
Sonar Editor
The sonar editor is where users add their own sonar parameters for use in their range prediction processes. WADER is supplied with a set of fictitious sonars – SPUTS – for training purposes.
WADER has been developed for almost 30 years and the Graphical User Interface (GUI) is the result of OAD’s design effort and substantial feedback from informed users in the military and civilian research communities. With WADER there are no add-ons to purchase or hidden extras – every user has access to every feature of the program immediately. The product is regularly upgraded and upgrades are released as part of our Annual Upgrade Plan.
Brochure
A WADER brochure is available in English. This document contains additional information about WADER features, additional screen shots and data specifications. Please email us to receive a digital copy.
WADER has been developed for almost 30 years and the Graphical User Interface (GUI) is the result of OAD’s design effort and substantial feedback from informed users in the military and civilian research communities. With WADER there are no add-ons to purchase or hidden extras – every user has access to every feature of the program immediately. The product is regularly upgraded and upgrades are released as part of our Annual Upgrade Plan.
Brochure
A WADER brochure is available in English. This document contains additional information about WADER features, additional screen shots and data specifications. Please email us to receive a digital copy.
System Requirements
64-bit: Windows 8 & Windows 10
Windows settings (above) in addition to VMware & an Intel Processor
1GHz
XGA (1024×768), 32-bit colour. Discrete graphics card required for some 3D features
20GB recommended
18GB required for essential datasets – remainder advised for storage of user files
Min. 8GB of which WADER requires 1GB at runtime
Total RAM requirement subject to other active applications
WADER has been developed for almost 30 years and the Graphical User Interface (GUI) is the result of OAD’s design effort and substantial feedback from informed users in the military and civilian research communities. With WADER there are no add-ons to purchase or hidden extras – every user has access to every feature of the program immediately. The product is regularly upgraded and upgrades are released as part of our Annual Upgrade Plan.
WADER has been developed for almost 30 years and the Graphical User Interface (GUI) is the result of OAD’s design effort and substantial feedback from informed users in the military and civilian research communities. With WADER there are no add-ons to purchase or hidden extras – every user has access to every feature of the program immediately. The product is regularly upgraded and upgrades are released as part of our Annual Upgrade Plan.
Brochure
A WADER brochure is available in English. This document contains additional information about WADER features, additional screen shots and data specifications. Please email us to receive a digital copy.
System Requirements
64-bit: Windows 8 & Windows 10
Windows settings (above) in addition to VMware & an Intel Processor
1GHz
XGA (1024×768), 32-bit colour. Discrete graphics card required for some 3D features
20GB recommended
18GB required for essential datasets – remainder advised for storage of user files
Min. 8GB of which WADER requires 1GB at runtime
Total RAM requirement subject to other active applications