����������

������������is one of the most widely used hydrographic surveying packages in the world, with over 3,000 users. It provides the surveyor with

all of the tools needed to design their survey, collect data, process it, reduce it, and generate final products. Whether you are collecting hydro-graphic survey data or environmental data or just positioning your vessel in an engineering project, HYPACK® MAX provides the tools needed to complete your job. With users spanning the range from small vessel surveys with just a GPS and single beam echosounder to large survey ships with networked sensors and systems, HYPACK® MAX gives you the power needed to complete your task in a system your surveyors can master.

�� ��� ���� ����������� allows you to create a ‘Project’

that contains all of your survey information for each job. You can easily define your geodetic basis, selecting from existing national grids or defining your own projection or local grid. MAX also allows you to im-port background files in a variety of formats, including S-57, OrthoTif, ARCS, DXF, DGN, BSB and VPF. These files are displayed while you create your planned lines, survey, edit and plot your results.

�� �� ����������� contains interface drivers to over 200 types

of positioning systems, echosounders, heave-pitch-roll sensors, gyros and other types of equipment. SURVEY supports single vessel, multi-ple vessels, towfish and ROVs. Data is logged with incredible preci-sion (<1mSec), allowing you to get the best results possible. Survey data can also be broadcast over a network to any other computer or saved to a file using our Shared Memory Output routines.

���������The SBMAX program is used to quickly review your survey data and to automatically and/or manually remove outliers. Sounding data is simultaneously displayed in plan, profile and spreadsheet views with channel design info superimposed in the backgrounds. Routines developed by HYPACK from collaboration with the U.S. Army Corps of Engineers to integrate water level corrections based on RTK GPS ele-vation info are a standard part of SBMAX.

���������������The ability to create the final products you need separates HYPACK® MAX from the rest. The plotting program generates professional smooth sheets with soundings, grids, graphics and contours in a WYSIWYG display. The VOLUMES program is the de facto standard of the U.S. Army Corps of Engineers for the computation of quantities in dredging projects. TIN MODEL creates surface models that can be used for contouring, volume computations and surface visualization.

���������� ���� ����

�������������� �!""��#���HYPACK® MAX is the only hydro-graphic package that now includes support of SSS systems in its basic package. Beginning with Version 4.3, MAX provides for the integration of all analog and several digital side scan systems. Users can display the real time data and perform targeting in real time or post-processing. A program that generates side scan mosaics in GeoTIF format allows you to plot your results in MAX or export them to your GIS.

����������$��������The TIN MODEL and 3D TERRAIN VISU-ALIZATION (3DTV) programs of ������

������provide fantastic

tools to view and present your data. 3DTV allows you to fly a ‘camera’ across your edited XYZ surface and display the results or save them to a AVI file for distribution to your clients. 3DTV also allows you to posi-tion the camera relative to the actual vessel position, showing the ves-sel in real time against the bottom surface.

��% ���is an optional module that integrates the collection and

processing of multibeam and multiple transducer sonar systems into HYPACK® MAX. Time and again, surveyors switch to HYSWEEP® due to the powerful tools and the ease-of-use of the package. Survey data collected in HYSWEEP® is fully integrated with the final products of HYPACK® MAX. More surveyors use HYSWEEP® for multibeam data collection and processing than any other multibeam software package.

��% ����� ����The data collection program of HYSWEEP®

runs simultaneously with the SURVEY program of HYPACK® MAX. It provides real time display, QC functions and data logging for most com-mercially available multibeam systems, including those from Atlas, Odom, Reson, Sea Beam and Simrad. A real time coverage map lets you examine the bottom coverage in real time, ensuring that you have 100% or 200% coverage before leaving the area.

�&������Multibeam data editing, sonar alignment calibration and sys-tem performance testing are all provided in MBMAX, the powerful multi-beam editing program of HYSWEEP®. MBMAX can perform automatic or manual filtering, using geometric or statistical methods. It also con-tains the U.S. Army Corps of Engineers Performance Test that measures the overall performance of your system versus beam angle. MBMAX can also use water level corrections created from RTK GPS elevations.

!""��#� An important factor in the purchase of any hydrographic survey system is the support provided to the end-user. HYPACK® prides itself on taking good care of our users. A trained, professional staff is on-call to answer your questions, develop custom device drivers or modify programs to meet your needs. HYPACK® training seminars are held annually in over eight countries to provide you with the latest information.

�� �� ����� is a specially modified version of HYPACK® MAX used for providing precise digging information on dredges. It allows you to see ex-

actly where you are digging, how deep you are digging and how deep you need to dig. Using the ADVANCED CHANNEL DESIGN program, users can create complex dredging plans. Those plans are then imported into DREDGEPACK®, allowing the operator to minimize digging outside or beneath the actual dredge plan. DREDGEPACK® provides real time profile views for hopper and cutter suction dredges. A color-coded depth matrix is updated in real time, based on the depth of the digging tool. Real time links to the 3DTV program allow you to visualize the actual digging process.

'()����� � allows you to create and edit S-57 charts. You can import soundings and regenerate contours. You can also add, move or delete chart features, such as buoys, lights, or any S-57 object. The S-57 UPDATER program allows you to import spatial data from DXF or DGN and then assign S-57 objects to the spatial data.

�'���*�is a special program that allows you to review and perform averaging on ADCP data collected with the RD Instruments’ Winriver or HYPACK® MAX’s ADCP Logger programs. It allows you to aver-age data based on time or distance and also generates tide versus current graphs.

����������������������������

������������ ��!�"�#��$���%�&�!'(")'(&!!�

����$�*��+���,�

-. -/ ������

�'0���� �'�#�1�-� .�

HYPACK ® Packages HYPACK ® MAX : Our standard package. It has everything you need to design your survey collect your single beam data, process it and generate final products, such as contours , plotting sheets, output for CAD, fly through, cross sections and volumes. The side scan sonar collection and processing modules are now standard features of MAX. It does not contain the modules for multibeam data collection and processing. You’ll need a HYSWEEP ® module for that . HYPACK ® MAXLITE : This is our single beam package designed for users who will perform their final product work in a CAD-GIS package. It contains all of the programs necessary to design your survey, collect the data, process it and export it to DXF/DGN for import in to your CAD- GIS package HYPACK ® MAXSURVEY : This package allows you to outfit additional survey vessels at a lower cost. It contains the programs for survey design and single beam data collection. It doesn’t contain the programs for editing the data or for generating final products. You will still need a HYPACK ® MAX or HYPACK MAXOFFICE license to process your data. HYPACK ® MAXOFFICE : This is the ‘office’ version of MAX. It allows you to perform all of the features of HYPACK ® MAX package with the exception of the data collection. You can use it to set up additional processing stations in your office or for supervising the process sing of your survey data. HYSWEEP ® : This is the module for the collection and processing of multibeam data . HYSWEEP ® requires a MAX license (above). As your agency moves from single beam to multibeam surveying, you can just upgrade your package to multibeam by purchasing a HYSWEEP ® license. HYSWEEP ® OFFICE : This package contains the multibeam modules that relate to processing of the multibeam data. The package is intended for office use. It does not have the HYSWEEP®SURVEY program and requires a HYPACK ® MAX license. HYPACK ® MAX and HYSWEEP® : Every thing you need to be able to design your survey, collect data (both single beam and multibeam), process it , and generate final products . HYPACK® MAXSURVEY and HYSWEEP® : The recommended combination when out fitting a new multibeam survey boat. You would be transferring the data to another location for processing. HYPACK® MAXOFFICE & HYSWEEP® OFFICE : This combination is recommended for your office and allows you to process both single beam and multibeam data all of the way to the final products . DREDGE PACK® : A specially modified HYPACK ® SURVEY package used onboard dredges to improve efficiency and to visualize the digging process. This is not a package for hydrographic surveying.

HYPACK® MAX Features HYPACK® MAX Features

Creating Planned Lines: ��Work in X-Y or Lat-Long �� Straight or curved segments ��Unlimited waypoints per line �� Automatically create 3-D profiles

in CHANNEL DESIGN �� Import 2-D or 3-D planned lines

from DXF Geodesy �� All US State Plane zones and

many national grids available from a drop down list.

��Compute and perform 3-parameter or 7-parameter transformations

��Use CORPSCON (USA), OSTN-97 (UK) or French national transformation models. Trans-form is updated based on posi-tion of vessel in real time

��Grid conversion program con-verts between X-Y and Lat-Long

��Converts an entire project to a new geodetic basis

�� Supports using the RTK GPS vertical component for real time water level determination

Surveying �� Single or multiple vessel support �� Supports up to ten sensors

simultaneously in standard version.

�� Time tagging of data accurate to less than 1mSec on Windows™ XP and Windows 2000™.

�� Separate Data Display, Area Map and Left-Right Indicator windows for the operator and the helm.

��Over 200 sensors supported including GPS, range-range, range-azimuth, echosounders, gyros, magnetometers, HPR, ...

Background Files Supported: �� S-57 �� BSB ��DXF / DGN ��UKHO ARCS ��GeoTIF (OrthoPhoto) �� VPF ��Coming soon:

��S-63 (Primar) ��ArcInfo SHP

Single Beam Processing: ��Water level (tide) corrections

using conventional and RTK tides

�� Sound velocity corrections �� Automated filtering and manual

editing �� Final data contains deleted re-

cords, allowing later restoration �� Export to all available items to

ASCII TXT format. Multibeam Processing �� Integrated ‘Patch Test’ deter-

mines sensor alignment and system timing delays.

��MBMAX (MB Editor) allows for geometric and statistical filtering, manual review and QC testing of data. Tides (both conventional and RTK) and sound velocity corrections are applied to the data.

��MBMAX contains the USACE MB Performance Test that deter-mines the repeatability based on beam angle.

��MBMAX allows comparison between single beam and multi-beam data sets and generates statistical summaries.

��MBMAX reads HYPACK HSX, imported XTF and XYZ data

Export to CAD ��Converts all HYPACK data types

to DXF or Microstation DGN �� Exports HYPACK data to ASCII Plotting Smooth Sheets ��HYPLOT MAX plots all HYPACK

data files, including all supported background charts

��WYSIWYG review allows users to easily activate and reposition smooth sheet features

�� Plots to any Windows™ printer/plotter device

Cross Sections & Volumes ��Display multiple historic cross

sections on one graph ��Computes volume quantities:

��Single Survey ��Pre-Dredge vs. Post-

Dredge �� Supports most USACE methods

��Average End Area (AEA) ��Philadlephia District �� Jacksonville District ��Savannah ��Norfolk ��Chinese AEA ��Standard HYPACK

�� Plot sections to any Windows™ printer/plotter device

TIN MODEL ��Generate DXF contours, labels

and fills �� Export a gridded XYZ data set �� Export soundings along a

planned line ��Combine hydrographic and to-

pographic data ��Generate 3D models and color-

code by depth

TIN MODEL (con’t.) ��Compute volume quantities

�� TIN vs. Level (Reservoir) �� TIN vs. Channel �� TIN vs TIN (Beach Erosion

Studies) �� Philadelphia method allows

you to compute volume quantities with multibeam data and assign the quanti-ties based on planned lines.

3D Terrain Viewer (3DTV) ��Create a fly-through from XYZ

data sets. �� Accepts XYZ or MTX data sets �� Position the ‘camera’:

��Manually (free flight) ��Along a planned line �� In circle flight (around an

object) ��Using the position and

heading of the vessel from SURVEY program.

��Capture the screen to a BMP or the flight to an AVI file

Side Scan Sonar Tools �� A standard part of HYPACK®

MAX. ��Data collection provides for input

from digital or analog side scan sonars

�� Flag and capture targets in real time or in post-processing

��Create mosaics of side scan data

Sounding Selection: ��Cartographic (minimum or maxi-

mum sounding protected from overwrites)

��USACE (Packed along line) �� Binning

HYPACK® MAX Features HYPACK® MAX Features

Creating Planned Lines: ��Work in X-Y or Lat-Long �� Straight or curved segments ��Unlimited waypoints per line �� Automatically create 3-D profiles

in CHANNEL DESIGN �� Import 2-D or 3-D planned lines

from DXF Geodesy �� All US State Plane zones and

many national grids available from a drop down list.

��Compute and perform 3-parameter or 7-parameter transformations

��Use CORPSCON (USA), OSTN-97 (UK) or French national transformation models. Trans-form is updated based on posi-tion of vessel in real time

��Grid conversion program con-verts between X-Y and Lat-Long

��Converts an entire project to a new geodetic basis

�� Supports using the RTK GPS vertical component for real time water level determination

Surveying �� Single or multiple vessel support �� Supports up to ten sensors

simultaneously in standard version.

�� Time tagging of data accurate to less than 1mSec on Windows™ XP and Windows 2000™.

�� Separate Data Display, Area Map and Left-Right Indicator windows for the operator and the helm.

��Over 200 sensors supported including GPS, range-range, range-azimuth, echosounders, gyros, magnetometers, HPR, ...

Background Files Supported: �� S-57 �� BSB ��DXF / DGN ��UKHO ARCS ��GeoTIF (OrthoPhoto) �� VPF ��Coming soon:

��S-63 (Primar) ��ArcInfo SHP

Single Beam Processing: ��Water level (tide) corrections

using conventional and RTK tides

�� Sound velocity corrections �� Automated filtering and manual

editing �� Final data contains deleted re-

cords, allowing later restoration �� Export to all available items to

ASCII TXT format. Multibeam Processing �� Integrated ‘Patch Test’ deter-

mines sensor alignment and system timing delays.

��MBMAX (MB Editor) allows for geometric and statistical filtering, manual review and QC testing of data. Tides (both conventional and RTK) and sound velocity corrections are applied to the data.

��MBMAX contains the USACE MB Performance Test that deter-mines the repeatability based on beam angle.

��MBMAX allows comparison between single beam and multi-beam data sets and generates statistical summaries.

��MBMAX reads HYPACK HSX, imported XTF and XYZ data

Export to CAD ��Converts all HYPACK data types

to DXF or Microstation DGN �� Exports HYPACK data to ASCII Plotting Smooth Sheets ��HYPLOT MAX plots all HYPACK

data files, including all supported background charts

��WYSIWYG review allows users to easily activate and reposition smooth sheet features

�� Plots to any Windows™ printer/plotter device

Cross Sections & Volumes ��Display multiple historic cross

sections on one graph ��Computes volume quantities:

��Single Survey ��Pre-Dredge vs. Post-

Dredge �� Supports most USACE methods

��Average End Area (AEA) ��Philadlephia District �� Jacksonville District ��Savannah ��Norfolk ��Chinese AEA ��Standard HYPACK

�� Plot sections to any Windows™ printer/plotter device

TIN MODEL ��Generate DXF contours, labels

and fills �� Export a gridded XYZ data set �� Export soundings along a

planned line ��Combine hydrographic and to-

pographic data ��Generate 3D models and color-

code by depth

TIN MODEL (con’t.) ��Compute volume quantities

�� TIN vs. Level (Reservoir) �� TIN vs. Channel �� TIN vs TIN (Beach Erosion

Studies) �� Philadelphia method allows

you to compute volume quantities with multibeam data and assign the quanti-ties based on planned lines.

3D Terrain Viewer (3DTV) ��Create a fly-through from XYZ

data sets. �� Accepts XYZ or MTX data sets �� Position the ‘camera’:

��Manually (free flight) ��Along a planned line �� In circle flight (around an

object) ��Using the position and

heading of the vessel from SURVEY program.

��Capture the screen to a BMP or the flight to an AVI file

Side Scan Sonar Tools �� A standard part of HYPACK®

MAX. ��Data collection provides for input

from digital or analog side scan sonars

�� Flag and capture targets in real time or in post-processing

��Create mosaics of side scan data

Sounding Selection: ��Cartographic (minimum or maxi-

mum sounding protected from overwrites)

��USACE (Packed along line) �� Binning

HYP. 56 Br

Middleto (860

www

H

YP

AC

K ®

M A

X

HY

PA

CK

® M

AX

ITE

HY

PA

CK

® M

AX

SU

RV

EY

HY

PA

CK

® M

AX

OFF

CE

HY

SW

EE

P ®

HY

SW

EE

P ®

OFF

I CE

HY

PA

CK

® M

AX

& H

YS

WE

P ®

HY

PA

CK

® M

AX

SU

RV

EY &

H

YS

WE

EP

®

H

YP

AC

K ®

M A

XO

FFIC

E &

H

YS

W E

EP

® O

FFIC

E

DR

ED

GE

PAC

K ®

HYPACK ®MAX Shell v v v v v v v v v Geodetic Parameters v v v v v v v v v Geodetic Utilities v v v v v v v v v CHANNEL DESIGN (CD) v v v v v v v v v ADVANCED CHANNEL DES. v v v v v v v v v SINGLE BEAM LATENCY v v v v v v v v Support File Editors v v v v v v v v v HYPACK ®SURVEY v v v v v v DREDGEPACK v Tide Correction Routines v v v v v v v v Sound Velocity Corrections v v v v v v v v Shared Memory Routines v v v v v v v v Single Beam Editor— SBMAX v v v v v Sounding Selection v v v v v EXPORT TO CAD v v v v v HYPLOT MAX (Plotting) v v v v CROSS SECTIONS & VOLUMES v v v v TIN MODEL v v v v v Digitizing Programs v v v v v v Metadata (Corpsmet95) v v v v v 3DTV v v v v v Matrix 3DTV v v v v ADCP Programs v v v v v Utility Programs v v v v v v Multibeam (MB) Data Collection v v v MB Data Processing MBMAX v v v v v MB Performance Test v v v v v MB vs SB Comparison v v v v v MB Calibration (Patch Test) v v v v v SSS Data Collection v v v v v SSS Mosaic & Targeting v v v v

DXF/DGN

GeoTIF

VPF

S-57

BSB

ARCS

GeoTIF in MAX: Data Courtesy Rock Island Office, USACE S-57 in MAX: Data Courtesy Chilean Hydrographic Office

DGN in MAX: Data Courtesy Tuscaloosa Office, USACE BSB Raster Chart in MAX: Data Courtesy Maptech

VPF in MAX: Data Courtesy NIMA UKHO ARCS in MAX: Data Courtesy UK Hydrographic Office

���������������� ������������������

������������ !�

Co

min

g S

oo

n:

Pri

mar

(S

-63)

, Arc

Info

Sh

ape,

Mr.

SID

S