About

Ocean Acoustic Developments Ltd (OAD) was started by its Directors, John and Diane Hodgson, in 1991 when they identified a requirement for a reliable and user friendly range prediction software package. Both ex-RN, they used their expertise to create WADER, an Ocean Information System which provided mainly bathymetric and water column data using colour coded graphic displays. The original system was produced using Borland Turbo Pascal with code for each button, screen and gadget ‘hand crafted’.¬† At that time, the resultant environmental data was used to feed the HODGSON Model, a sonar range prediction model authored by John.

Since that time, OAD has developed the original WADER system to incorporate a dedicated low frequency model, significantly enhancing its application and scope. This generated a spin-off to the program РHARCAM Рwhich was developed for research use.  As technology has evolved, so has the software Рthe WADER V8 series is the latest iteration.

Now in 2020, Ocean Acoustic Developments are celebrating over 25 years of trading as a Limited Company.  During this time, the company has become an established name in the underwater acoustics sector providing training internationally and acoustic modelling software which has been exported to over 20 countries worldwide.  We strive to continuously push the boundaries of software development and constantly adapt, update and evaluate our software to better meet the developing needs of our international customer base.

About

Ocean Acoustic Developments Ltd (OAD) was started by its Directors, John and Diane Hodgson, in 1991 when they identified a requirement for a reliable and user friendly range prediction software package. Both ex-RN, they used their expertise to create WADER, an Ocean Information System which provided mainly bathymetric and water column data using colour coded graphic displays. The original system was produced using Borland Turbo Pascal with code for each button, screen and gadget ‘hand crafted’.¬† At that time, the resultant environmental data was used to feed the HODGSON Model, a sonar range prediction model authored by John.

Since that time, OAD has developed the original WADER system to incorporate a dedicated low frequency model, significantly enhancing its application and scope. This generated a spin-off to the program РHARCAM Рwhich was developed for research use.  As technology has evolved, so has the software Рthe WADER V8 series is the latest iteration.

Now in 2020, Ocean Acoustic Developments are celebrating over 25 years of trading as a Limited Company.  During this time, the company has become an established name in the underwater acoustics sector providing training internationally and acoustic modelling software which has been exported to over 20 countries worldwide.  We strive to continuously push the boundaries of software development and constantly adapt, update and evaluate our software to better meet the developing needs of our international customer base.

About

Ocean Acoustic Developments Ltd (OAD) was started by its Directors, John and Diane Hodgson, in 1991 when they identified a requirement for a reliable and user friendly range prediction software package. Both ex-RN, they used their expertise to create WADER, an Ocean Information System which provided mainly bathymetric and water column data using colour coded graphic displays. The original system was produced using Borland Turbo Pascal with code for each button, screen and gadget ‘hand crafted’.¬† At that time, the resultant environmental data was used to feed the HODGSON Model, a sonar range prediction model authored by John.

Since that time, OAD has developed the original WADER system to incorporate a dedicated low frequency model, significantly enhancing its application and scope. This generated a spin-off to the program РHARCAM Рwhich was developed for research use.  As technology has evolved, so has the software Рthe WADER V8 series is the latest iteration.

Now in 2020, Ocean Acoustic Developments are celebrating over 25 years of trading as a Limited Company.  During this time, the company has become an established name in the underwater acoustics sector providing training internationally and acoustic modelling software which has been exported to over 20 countries worldwide.  We strive to continuously push the boundaries of software development and constantly adapt, update and evaluate our software to better meet the developing needs of our international customer base.

The Evolution of WADER

WADER V5.6

1996

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1996

WADER16 V5.7

1997

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1998

WADER32 V7

2000

MS WINDOWS 32-bit OS

OAD WADER Sonar range prediction software from 2000

WADER V8

2017

MS WINDOWS 32-/64-bit OS

OAD WADER Sonar range prediction software from 2016

WADER V8.2

2020

MS WINDOWS 64-bit OS

OAD ocean acoustic developments wader version 8.2 sonar range prediction and global ocean information system

The Evolution of WADER

WADER V5.6

1996

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1996

WADER16 V5.7

1997

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1998

WADER32 V7

2000

MS WINDOWS 32-bit OS

OAD WADER Sonar range prediction software from 2000

WADER V8

2017

MS WINDOWS 32-/64-bit OS

OAD WADER Sonar range prediction software from 2016

WADER V8.2

2020

MS WINDOWS 64-bit OS

OAD ocean acoustic developments wader version 8.2 sonar range prediction and global ocean information system

The Evolution of WADER

WADER V5.6

1996

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1996

WADER16 V5.7

1997

MS DOS 16-bit OS

OAD WADER Sonar range prediction software from 1998

WADER32 V7

2000

MS WINDOWS 32-bit OS

OAD WADER Sonar range prediction software from 2000

WADER V8

2017

MS WINDOWS 32-/64-bit OS

OAD WADER Sonar range prediction software from 2016

WADER V8.2

2020

MS WINDOWS 64-bit OS

OAD ocean acoustic developments wader version 8.2 sonar range prediction and global ocean information system