Trimble Access 2016.01 now supports the Trimble TSC2 controller

Trimble Access 2016.01

 Trimble Access 2016.01

Trimble Access 2016.01 now supports the Trimble TSC2 controller


Support for the Trimble TSC2 controller is back due to popular demand. A significant number of

customers requested access to the new features in the Trimble Access 2016.00 release, and while

the TSC2 platform is aging and does not perform as well as the TSC3, if you are not pushing the

device to maximum capacity, for example using very large files, then performance is still acceptable.

Trimble Access 2016.01 is the last version of Trimble Access that can be installed on the TSC2



Resolved issues


GNSS vertical offsets: An issue where GNSS vertical offsets were being applied outside the

Measure points routine is now resolved. Vertical offsets defined in Measure points are now

only applied in an RTK survey when you measure Topo, Rapid and Compensated points from

the Measure points screen.

GPS UTC offset: An issue where the correct UTC offset was not always being applied to GPS

times is now resolved. This was a display issue only.

Office use only attributes: An issue where “Office use only” attributes were not displayed

correctly is now resolved.

Configurable App keys: An issue where pressing the configurable App keys on some

controllers did not perform the configured action is now resolved.

Settings application errors: You should no longer see an occasional application error when

you use the arrow keys on the controller keyboard to move around the buttons in the

Settings screen.


Trimble Access 2016.00


Trimble Access GNSS replaces Trimble Access Lite


With Trimble Access version 2016.01, existing Trimble TSC3 w/Trimble Access Lite and Trimble Slate Controller w/Trimble Access Lite controllers can now be used with a full range of supported GNSS receivers and the Trimble V10 Imaging Rover. Previously, these controllers supported a subset of

GNSS receivers.

The part number descriptions for the TSC3 “Lite” and Slate “Lite” controller parts have been

updated to indicate the GNSS support change, but the actual part numbers have not changed.

Descriptions have been updated replacing Lite with GNSS:


TSC3-02-1012 Trimble TSC3, w/Trimble Access GNSS, no internal 2.4 GHz radio, ABCD keypad

TSC3-02-1022 Trimble TSC3, w/Trimble Access GNSS, no internal 2.4 GHz radio, QWERTY keypad

SLT-01-1000 Trimble Slate Controller, w/Trimble Access GNSS

SLT-01-1100 Trimble Slate Controller, w/Trimble Access GNSS, extended batteries


The GNSS support for the Trimble Access GNSS parts has been enhanced to support the full range

of supported GNSS receivers and the Trimble V10 Imaging Rover.

To add support for total stations, purchase TA-UPGRADE-IS-P to upgrade a Trimble Access GNSS

controller to a Trimble Access Integrated Survey controller.

A Trimble Access GNSS controller with the TA-UPGRADE-IS-P upgrade applied is identical in

functionality to a full Trimble Access controller.


General Survey

This section includes features, enhancements and resolved issues that also apply to other Trimble

Access applications.


New features and enhancements

Staking offsets

New offset staking functionality enables a position to be staked offset from a point, line, arc, or

alignment. For a point the offset position is defined by an azimuth, horizontal distance and

elevation. For a line, arc, or alignment the offset position is defined by an azimuth or deflection

angle, horizontal distance, and elevation.

For a point, when navigating to the point tap Offset from the second row of softkeys in the

graphical display. The:

  • offset direction is defined by an azimuth from the selected point
  • offset distance is defined by a horizontal distance from the selected point
  • elevation for the offset position is defined by a slope or delta from the elevation of the selected

point, or you can key in a value

The second offset is on the same azimuth as the first, with the distance and elevation defined from

the original position.

For a line, arc, or alignment, select the Stake option Station/Skew offset from line/arc/alignment.


  • offset direction is defined from a station on the line/arc/alignment by either an azimuth or by a

deflection angle forward or back of a line at right angles to the selected station

  • offset distance is defined by a horizontal distance
  • elevation for the offset position is defined by a slope or delta from the elevation of the position

at the selected station, or you can key in a value


Target enhancements

In a conventional survey, you can now:

  • Define a display name for conventional targets.
  • Create up to 10 different targets.
  • Use the keyboard shortcut Ctrl + P in any screen to display the prism list and then use the

keyboard arrows to select the target to use.


DTM offsets

You can now apply DTM offset values perpendicular to the DTM surface. Previously they were

always vertical. This option is available when staking a DTM and when staking a point, line, arc,

alignment, or road relative to a DTM.


Simplified support for vertical offsets to a surface

Trimble Access now allows only one vertical offset to a surface to be in use at one time. Previously

you could set different offsets in different places and these were applied in different ways.

You can change the vertical offset in any of the following:

  • the Surface Vertical offset field in the Map Options screen
  • the Vertical offset field in the Stakeout DTM screen
  • the Display cut/fill to DTM and offset to DTM fields in any other Stakeout screen
  • the Display cut/fill to DTM and offset to DTM fields in the survey style

When you change the vertical offset in any of these screens, the change is made in all screens of the

Trimble Access software. For example, if you are displaying cut/fill to DTM1 in the Map and staking

out DTM2 then only one vertical offset is applied to both DTMs at any one time. Changing the

offset in the Map or Stakeout screen updates the offset in the other screen.


Modifying a TTM surface

In the map, you can now modify a TTM surface by deleting triangles, which can be important when

computing volume calculations with irregular shaped areas. To do this, select one or more triangles

in the map, and then from the tap and hold menu select Delete selected triangles.

For more information, refer to the topic Surfaces and volumes in the General Survey Help.


Gesture support on tablets

Tablet users can now use gestures to zoom and pan around the 3D map:

Zoom in or out: Place two fingers on the screen and pinch in or stretch out.

Pan: Place two fingers on the screen and slide in the desired direction to move the view.

Note – If you have disabled the 3D map and reverted to the 2D map, gestures are not supported.


Applications can now run in full screen mode on larger Tablet displays

Tablet users with screens larger than the Trimble Tablet (1024 x 600 pixels) can now run Trimble

Access applications in full screen mode. You can disable full screen mode from the Trimble icon in

the top left corner.

Note – The Trimble Access launcher screen does not run in full screen mode, this is always sized at 1024 x 600 pixels. If a Trimble Access application is not running in full screen mode, tapping the Trimble icon in the top left corner automatically moves the position of the launcher to coincide with the other Trimble Access window.


Measure codes screen now supports AccessVision

The Measure codes screen now supports AccessVision. AccessVision incorporates the map view

and the video view within the current screen to provide immediate visual feedback and avoid

having to switch back and forth between screens. When using AccessVision with measuring codes,

this means you can immediately view the new point feature on the map, and if you have enabled

the display of codes, the code is shown next to it. If you have added linework to the selected

feature code, you will see the linework added to the map.

Note – AccessVision is supported only on tablet controllers.

For more information, refer to the topic Measure codes in the General Survey Help. For more

information on adding linework to feature codes, refer to the topic Feature libraries in the General

Survey Help.


Improved layout of 3D map

The layout of the 3D map has been improved to provide a more streamlined interface. The

following changes have been made:

You can now access the display options by tapping the Show button on the map toolbar

and then selecting the appropriate category from the pullout menu. Select from Settings,

Scans, Filter, Layers, and Pan to.

Because the display options can now be accessed from the map toolbar, you can now access

the map display options when in an AccessVision screen.

The icon on the Predefined Views button has been updated to .

The 3D/2D toggle button has been removed from the map toolbar. To:

View a 2D representation of the map, tap the Predefined Views button and then select


View the 3D map from the Plan view, tap the Orbit button .

Disable the 3D map and revert to the 2D map, you still tap Options and then clear the 3D

map check box.


Adding a prefix or suffix to staked point names

When storing a staked point you can now assign a prefix or suffix to the As-staked name. Configure

the prefix or suffix when defining a survey style, or from the Options screen when staking a point.


Duplicate point storage options when importing points

When importing a comma delimited file, the new Duplicate point action field enables you to decide

how points of the same name as existing points in the job are imported. Select:

  • Overwrite to store the imported points and delete all existing points of the same name.
  • Ignore to ignore the imported points of the same name so that they are not imported.
  • Store another to store the imported points and keep all existing points of the same name.


Proximity check tolerance for points with similar coordinates but different names

You can now configure the software to warn you if you try to store a point with similar coordinates

to another point already in your job, rather than just warning for duplicate points simply based on

the point name. This proximity check enables you to avoid measuring points of a different name

but in the same location.

You can configure both a horizontal and vertical tolerance. When you try to store a point that has

coordinates that are within the horizontal tolerance of an observed point in the job, then a warning

message appears showing the tolerance distance and the measured horizontal distance between

the two points. You can select to proceed with storing the measurement or cancel it.

Use the vertical tolerance to avoid the proximity check warning when new points are measured

above or below existing points but are legitimately at a different elevation, for example the top and

bottom of a vertical kerb.

For more information, refer to the topic Duplicate point tolerance in the General Survey Help.


Vertical offsets when measuring points during GNSS surveys

You can now add a vertical offset when measuring a GNSS point. To apply a vertical offset, from the

Measure pointsOptions screen select Add vertical offset and then in the Measure points screen

enter a value in the Vertical offset field. When reviewing a job the vertical offset is recorded and the

value can be edited if required.


Displaying alignments from a LandXML file in the map

Alignments in a LandXML file can now be displayed in the map. This allows you to select an

alignment and then:

  • Stake out the alignment as a road using the Roads application.
  • Store or stake it as an alignment using General Survey.


Filtering points in the map and Video screen

You can now filter points by Point name, Code, Descriptions (if enabled) and Note in the map (3D or

2D map) and in the Video screen. From the Map or Video screen, go to the Select filters screen and

then tap to view the Wildcard search screen.


Improved naming of user defined coordinate systems

In previous versions of Trimble Access, when editing coordinate system details for a job that uses a

coordinate system selected from the coordinate system library, then editing details such as the

project height or geoid model resulted in the coordinate system name being changed to “Local


Now when the coordinate system is selected from the library, the Coordinate system field displays

“Zonename (SystemName)”. Where possible, Trimble Access only modifies the coordinate system

name to indicate that some user preferences have been defined. Note the following:

  • Changing the geoid model or project height does not change the name of the coordinate


  • Editing any projection or datum parameters changes the coordinate system name to “Local


  • Completing a GNSS site calibration changes the coordinate system name to “Zonename (Site)”.
  • Editing any horizontal adjustment or vertical adjustment parameters changes the coordinate

system name to “Zonename (Site)”.


Display distances in feet and inches

When distances are set to US survey feet or International feet you can now configure the distance

display to be in feet and inches. Supported fractions of an inch include: 1/2″, 1/4″, 1/8″, 1/16″ and



Improved point selection when defining transformations

When defining a rotate/scale/translate transformation you can now select the points to be

transformed using the available point selection methods in the Select screen.

To access the selection methods tap the Add softkey. The Select screen appears, showing available

point selection methods:

If you have previously selected points in the map, the list is populated with the selected points. If

required, you can then add additional points using one or more of the available point selection



Sorting points in a list

When viewing a list of points to select from, you can now sort points by name or code by tapping

the column name.

Removing points from a list

When compiling a list of points to:

  • stake out
  • measure points on a plane
  • calculate a traverse misclosure, and adjust a conventional traverse
  • calibrate
  • transform (Rotate, Scale, Translate)
  • transform (Helmert and 7 parameter)

the Delete softkey has been renamed to Remove to more accurately describe the action as the

points are not deleted but just removed from the list. For some options there is also a Del all

softkey. This too has been renamed, to Rem all.


Additional colors for map and video features

The color range has been expanded and made more consistent in the following areas:

  • Cloud color when scanning with an instrument that has Trimble VISION technology
  • Overlay color when measuring at the Video screen
  • Label color in the map


Adding files remembers last used folder

When adding files to a job, for example when linking files to the job, by default the software now

opens the last used folder.


Copying data between jobs

When copying data from one job to another, when selecting the job to copy from, you can now

browse to jobs that are stored in a different folder to the current job.


Exporting files

After exporting files, the Export fixed format or Export custom format screen now remains open.

This makes it easier to generate more than one file or report at a time.


Support for “Office use only” feature code attributes

Feature code attributes created using the Feature Definition Manager where the Entry mode for

the attributes has been set to Office Use Only will now appear in Trimble Access as read-only

attributes. Previously these attributes were not visible.


Auto increment point names during station setup

When performing a Station setup you can now set the default point names for the instrument to

automatically increment. For more information, refer to the topic Station setup in the General

Survey Help.


Compensator disabled status

When the electronic level of an instrument is disabled, a compensator disabled icon now

appears on the instrument icon in the status bar and the Level icon in the Instrument functions



Decimal places for geodimeter output angles

The GDM data output option now respects the Angle display settings in the Jobs / Properties of

job / Units screen, enabling the horizontal angle and vertical angle records to be exported to up to

five decimal places.


RTX with Galileo satellites

You can now select Galileo satellite tracking for RTX surveys. For more information, refer to the

topic RTX in the General Survey Help.


RTX Internet corrections

In GNSS Contacts, the Use RTX (TGIP) check box has been replaced by the Use RTX (Internet) check box. When this check box is selected the Mountpoint name field appears. Select the mountpoint

appropriate for your RTX subscription. The RTXIP mountpoint is for global RTX corrections, while

others are particular to specific network coverage regions. For information regarding RTX

subscriptions, please contact Trimble Positioning Services.


Ignoring RTCM transformation messages

If you are connected to an RTCM broadcast data stream which contains unsupported

transformation projections, a warning message appears. There is now an Ignore button available in

the message screen so that you can stop receiving these messages.


GNSS auto connect on tablet controllers

We now disable GNSS autoconnect on the tablet controller when it is connected to a conventional

instrument or when Trimble Access is attempting to start a conventional survey.


Coordinate system database updates

  • The datum for Germany UTM zones has been set to ETRF89.
  • The coordinate systems for Germany have been reorganized into the groups Ascos, Bayern-

Soldner, DB, GK and UTM.

  • Datum transformations have been added for Barbados, Naparima, Tobago, and Trinidad.
  • EGM 2008 Trinidad Tobago geoid model has been added.
  • Zone updates to:
    • Brazil
    • Indiana County
    • Iowa County
    • Wisconsin
    • Zones for Ireland have been renamed.


Resolved issues

Invalid unit in grade fields: An issue where grade fields showed an error warning that gons

was an invalid unit is now resolved. This issue affected non-English versions of Trimble Access


Units in new job: An issue where the grid coordinates and project height would appear in the

wrong units when the distance and height units were changed during creation of a new job

before selecting or keying in a coordinate system is now resolved.

Point manager: Clearing the option to Display deleted points in the Point manager now hides

deleted duplicate points in the expanded tree view as well as hiding deleted points at the top

level of Point manager.

Using map point selection in Cogo: An issue where if you selected points in the map and then

switched to the Cogo menu, the option to use the selected points was not available, is now

resolved. This issue was introduced in Trimble Access version 2015.10.

Map: The following issues are resolved:

Keying in points from the map: An issue where you could not key in a point from the

map. This was an issue only when you had selected Key in point from the main menu and

then, with Key in point still open, you switched to the map and attempted to key in a

point from the tap and hold menu.

Entities in DXF files: An issue where entities defined with a custom coordinate system

were not being displayed or were displayed incorrectly.

Blocks in DXF files: An issue where DXF files that contained scaled inserted blocks were

not displayed correctly when the map was zoomed to extents is now resolved.

Arcs in the map: An issue where an arc in a road definition was occasionally drawn as a

line. This was an issue only on a Tablet, when viewing a road in the 3D map or when

reviewing a road in the Roads software.

3D map: The following issues are resolved:

Improved display of text: The appearance and behavior of text displayed in the 3D map is

now improved.

Point elevation: The elevation of a point now appears closer to the appropriate point.

This was an issue when there were no codes displayed.

3D map showing incorrect GNSS position: When measuring positions in a GNSS survey

when viewing the 3D map in oblique view, the measured position did not appear in the

correct position on the map. This issue occurred only when the survey was started with a

value of 0.00 entered in the Antenna height field and then the antenna height value was

edited without leaving the 3D map.

GNSS position outside map extents: When opening the map, if the current

GNSS position was outside the map extents the map did not auto-pan so that the current

position was in the center of the screen.

GNSS position not updating: During an integrated survey, the position of the GNSS icon

on the 3D map was not updating as the antenna was being moved in the field.

Duplicate points appearing: When measuring duplicate points, the 3D map sometimes

showed the same point as an “average point” and a “mean turned angle point” when only

the “average point” should have been shown.

Unable to select points: After selecting two or more points with codes displayed from the

3D map and reviewing them, you could no longer select points from the 3D map.

Empty map: If the tablet was suspended and then resumed, the map was empty and only

the Esc key was active.

Control codes for compound curves: An issue when using control codes to create a

compound curve where the linework was not drawn correctly is now resolved. This issue was

introduced in Trimble Access version 2015.10.

Control codes for arcs: An issue when a point was coded to define a back to back arc (where

the end arc and start arc control codes were defined for the same point), where a dashed red

line was drawn instead of the second arc is now resolved.

Control codes for offsetting lines and arcs: The following issues are now resolved:

All linework including the offset lines are now drawn correctly when a Start join sequence

control code is used in conjunction with an End tangential arc control code. Previously

the linework following the end of the arc was not tangential to the arc. A similar issue

occurred if the Start join sequence control code was used for the first point after the end

of the arc.

Offset linework is now drawn correctly:

At the intersection end of an arc and a line where the line is not tangential to the arc.

Previously, offset lines could overlap and not connect.

Between the end of one arc and the start of another arc. Previously, no offset lines

were drawn.

When the offset values are not the same for sequential points. Previously the half

angle was not computed correctly.

Staking out an alignment in cross section view: An issue where an extra Auto measure check

box appeared when staking out an alignment in the cross section view is now resolved.

Staking by station on alignment: An issue when staking a station on an alignment, where the

original elevation shown in the As-staked deltas screen was shown as null so the original

elevation could not be reloaded, is now resolved. This issue occurred only when staking with

an offset.

Surface to surface volumes: An issue where the names of the surfaces selected in the Initial

surface and Final surface fields in the Compute volume screen were swapped over in the

Review Job screen and in the JobXML file ouput is now resolved. The calculated volume was

correct for the original selection.

Pause CMRx corrections: An issue where tapping Pause did not pause the flow of correction

data after hanging up and then redialing the base station is now resolved.

Internet RTK Survey: An issue with connections to NTRIP v2.0 servers where the survey would

not start after selecting a mountpoint is now resolved.

Duplicate T02 files: An issue where the file names of postprocessed logging files were

duplicated in different job folders is now resolved. This issue occurred only when more than

one job was used in a PPK survey on the same day.

Communication issues starting a scan: There were new radios phased in to the Trimble S

series instruments and the Trimble Tablet around March 2015 to conform with new European

listen-before-talk regulations (ETSI 1.8.1). As a result of the change, controllers with new radios

could encounter communication issues when attempting to start a scan.

Snapshot on measure: An issue when capturing a snapshot when taking a measurement

where the original image was not saved is now resolved. This was an issue when the image was

annotated with the cross hair only.

High speed scanning: An issue when performing high-speed scanning using a Trimble VX

Spatial Station or Trimble S7 or S9 total station where not all points, as defined by the offset

interval, were being computed and therefore these points were not measured, is now resolved

Incorrect low battery warning connecting a Trimble M3 total station: An issue where the

Trimble Access software briefly showed an incorrect low battery warning when connecting to a

Trimble M3 total station is now resolved.

Foresight resection points displaying HA residuals: An issue where Foresight points in a

resection showed HA residuals despite not having known positions in the resection is now


Esc from eLevel screen: An issue where you were not able to tap Esc to leave this screen

without re-leveling the instrument is now resolved.

Joystick: An issue when using controller keys to control the Joystick in an AccessVision screen

where the instrument kept rotating or the arrow key in the software screen remained

highlighted until another key was pressed is now resolved.

Circular objects using a Trimble S Series and Trimble CU: An issue when calculating the

center of a circular object using the bisect tangent method, where the observation could not

be made and the instrument display locked up is now resolved. This issue affected Trimble S

Series total stations with Trimble CU controllers only.

Trimble CU keys repeating: An issue on a Trimble CU controller, where after pressing a key

once on the keypad, the software occasionally behaved as if the key had been pressed

multiple times is now resolved. This fix ensures the character repeat setting is disabled when

General Survey starts.

AccessVision: The following issues are now resolved when viewing an AccessVision screen:

Faster display when reopening map or video screen: When more than one AccessVision

screen is open, if you close the map or video screen in one AccessVision screen and then

reopen the map or video screen in another, the map or video screen content is displayed

more quickly.

Measure topo screen not closing correctly: An issue where, when using the Measure

topo screen with the video or map screen displayed, the Measure topo screen did not

redraw correctly when the point was measured and stored.

Snapshot on measure: An issue when measuring a topo point with Snapshot on measure

selected where the snapshot was not captured. This was an issue only when the

AccessVision graphical display was hidden.

Storing attributes on a tablet: An issue on a tablet, where the Trimble Access launcher screen

appeared after attributes for a point were stored is now resolved. Now the software returns to

the General Survey Measure points screen.

Panorama progress screen: An issue when using an instrument that has Trimble VISION

technology with a non-Tablet controller, where starting a panorama from page 2 of the

Scanning screen meant that a panorama was captured but no progress screen was shown, is

now resolved.

Application errors: You should no longer see occasional application errors when you do any of

the following:

Close General Survey when the Key in note screen is open.

Tap the Orbit button in the 3D map after adding a raster background in a scale-only job.

This issue affected only some raster image files.

Use large raster image files in the 3D Map. The performance of the software is now

improved when using these files.

Tap ESC when performing a resection.

Export a DXF file from a job where point attribute fields contain null dates.

If controller memory was running especially low the Map could stop responding and then

the software would crash. The controller battery had to be removed and then reinserted

in order to restart the software.



New features and enhancements

Selecting the order that joint maps are presented when using Next and Prev

When performing joint mapping you can now choose whether the joint maps are presented in the

recorded File order or Sequence order when the next or previous joint is displayed. File order

presents the joint maps in the order that they were recorded in the field. Sequence order presents

the joint maps by matching the joint ahead and joint behind IDs to create linked sequences. The

default is File order, which provides faster presentation for larger files over Sequence order since no

extra processing is needed.


When generating a report using either the Joint map list or Joint mapping report file format, the

report can be presented in File order or Sequence order. In general, File order is most useful when

you are collecting data and creating a joint map. If you are reviewing the data that has been

collected, then you may find it more useful to run a Joint mapping report with Sequence order



Improved performance during joint mapping and as-built survey

When working with large joint map files, the system is now significantly faster at checking to see if

the joint IDs have previously been used during joint mapping, or when searching for the next weld

ID during measurement of the as-built pipeline.


Computing an inverse between two points

You can now compute an inverse between two points from the Cogo menu. Previously, when in

the Pipelines application, an inverse could only be computed from the map.


Resolved issues

Copied points with Pipeline attributes: An issue when copying points from one job to

another, where any Pipeline attribute records associated with those points were not copied to

the job is now resolved. To copy points, from the General Survey menu select Jobs / Copy

between jobs.

Next weld ID: An issue where the joint behind ID and the joint ahead ID were not set when the

next weld ID was entered when you first opened the Joint mapping screen is now resolved.

Changing to a new joint mapping method: When mapping joints, you can now more easily

use the arrow next to the ID field to change the mapping method and select the next weld,

bend, or loose end ID, even if there is no existing weld, bend, or loose end ID.

Check status: An issue where a tally record was flagged as checked and modified (showing a

flag value of 3 in the master index IDX file) when it should have been flagged as checked only

(flag value of 1) is now resolved.


Pipelines Tally and Joint Map Updater Utility

The Trimble AccessPipelines Tally and Joint Map Updater utility is used to merge the updated tally

and joint map data from multiple field crews into a master set of files in the office at the end of each

day. The master tally files are then distributed to each field crew, ready for the next day’s work. An

XML file containing all the merged data is also available for generating custom reports from.

The utility is available for download from by

clicking Downloads on the right and navigating to the Trimble Access Pipelines section.

This utility is updated from time to time. To view the latest update information and all updates to

the utility since it was first released, view the Pipelines Tally and Joint Map Updater Utility Release

Notes document available with the utility download file.

The following updates to the utility have been made since the previous Trimble Access release:

5 April 2016

Checking the master and new joint map files: During joint map checking (carried out when

previewing the update operation or when carrying out an update operation), the Tally and

Joint Map Updater utility now checks through all weld joint maps in the master joint map file

and new joint map file (if present) to ensure that a joint ID is not referenced as a joint ahead or

a joint behind more than once.

5 March 2016

Checking and editing the master joint map file: The preview and logging report details have

been extended to report on any joint map records that have duplicate definitions (where the

weld or loose end definitions have different joint map IDs but specify the same joint IDs). Any

joint maps with duplicate definitions are reported in addition to any joint maps with duplicate

IDs. The Edit option for editing the master tally files has been enhanced to provide an option

to delete specified joint map records, so that problems with joint map records reported as

having duplicate names or definitions can be rectified.

3 February 2016

Editing the master tally file: The Tally and Joint Map Updater now provides an Edit button for

updating the master tally file, if required. After updating the master file with updates from the

field, click Edit to delete joint definitions from the master file or to rename joint IDs in the

master file. Then copy the master set of files onto each controller as usual.



New features and enhancements

Staking skewed offsets

In the graphical selection screen, a new tap and hold menu option, Stake skew offset, is available

for Trimble, LandXML, and GENIO roads. The Stake skew offset option enables a position to be

staked at a skew relative to the horizontal alignment. This option is especially useful when staking

culverts, bridge abutments, and similar features that are not aligned at right angles to the

alignment, or where offset stakes that would typically be set perpendicular to an alignment have to

be set at a skew angle due to obstructions. The skew is defined from a station on the alignment by

a deflection forward or back of a line at right angles to the alignment or, alternatively, by an

azimuth. The elevation for the offset position is defined by a slope or delta from the elevation of the

position at the selected station or, alternatively, you can key in a value.


Displaying alignments from a LandXML file in the map

Alignments in a LandXML file can now be displayed in the map. This allows you to select an

alignment and then:

  • Stake out the alignment as a road using the Roads application.
  • Store or stake it as an alignment using General Survey.


Prev and Next softkeys

When defining the components of a road, the Prev softkey is no longer displayed when on the first

of a series of elements and the Next softkey is no longer displayed when on the last element of a

series of elements.


Resolved issues

Point name incrementing: An issue when surveying a road using an integrated survey style

with the Precise elevation option selected where the point name did not increment if a specific

point name, rather than the default, had been entered is now resolved.

Azimuth value during stakeout: An issue when staking a road using a conventional

instrument where the Azimuth navigation value did not display when the value was greater

than 90° is now resolved.

Go in distance during stakeout: An issue when staking a road using a conventional

instrument where the Go in distance navigation delta was obscured by the details for the point

being staked is now resolved. This was an issue only when staking the road using the menubased

survey selection method.

Additional points: An issue where additional points (defined as part of the road definition)

were not displayed when reviewing a road is now resolved. This was an issue when there was

only one additional point or when the elevation of an additional point was lower than the road

surface at the station and offset of the additional point.

Hinge string name: An issue when surveying a GENIO road and editing the hinge string for a

side slope where, in some situations, the Hinge string name did not update to the new string

name is now resolved.

No projection warning: An issue when the coordinate system for the job was set to No

projection/no datum where a message warning “No projection. Some features will not be

displayed.” incorrectly appeared when you defined a template or reviewed a road is now


Slow to update position: An issue where your position was slow to update when surveying a

GENIO road is now resolved. This issue was apparent only for particularly long roads or roads

with a large number of strings.

Application error: An issue when reviewing a long GENIO road on a tablet where the software

appeared to freeze when you tapped in empty space on the screen is now resolved.



Resolved issues

Application errors: You should no longer see occasional application errors when you tap Esc

after measuring and storing a position to define a template element.


Trimble Installation Manager

New features

Upgrades are now faster

Upgrading from Trimble Access version 2015.20 and later to a new version is now faster due to

changes to the process of upgrading the old files. In previous versions, all files in the Trimble Data

folder were copied from the data collector and the required files were converted to the new

version, before all files were then copied back onto the controller. From version 2016.00, only files

that require conversion are copied, converted, and transferred back onto the controller. Files such

as DXF files and geoid models that do not need converting are no longer copied on and off the



Custom data folders for installing Trimble Access data files

You can now use Trimble Installation Manager to install custom Trimble Access data files to a

controller as part of a software installation, upgrade, or when required.

Users who are… Might use custom data folders when…

Distributors l Setting up a group of new controllers for a customer

Configuring demo controllers with sample files

Customers l Setting up a group of new controllers with ‘standard’ files used by the


Configuring existing controllers with files for a specific project

Installed file types might include:

Survey styles, job templates

Feature code libraries

Control files, DXFs, alignments

Customized reports/stylesheets, or antenna.dat files

Files requiring conversion, for example a job from the previous version of Trimble Access, are

automatically converted to the new version in the same way this occurs when a controller is


For more information, refer to the topic Managing Trimble Access data files in the Trimble

Installation Manager Help.


Other changes

Custom antenna files: The format of the on-board antenna file antenna.dat has changed.

Custom antenna.dat files from previous versions of Trimble Access are not compatible with

version 2016.00, and will not be copied during the Trimble Installation Manager upgrade

process. Custom antenna.dat files from the Trimble Access software version 2016.00 cannot be

used with previous versions of the software. To use a custom antenna file in Trimble Access

version 2016.00 you must re-upload the customized antenna.ini file using Trimble Business

Center or Trimble Data Transfer after updating the office software components to work with

Trimble Access version 2016.00



New features

AccessSync transfer rates

You can now select the rate at which data is transferred, and whether the needs of other network

services need to be considered. The options are:

Minimum: Transfers files at a slow rate at all times. Holds off all file transfers if real-time

surveying is using the connection for base data. Use this if you have a slow or rate-restricted

internet connection.

Adaptive: Transfers files at an intermediate rate if the internet connection is not in use, or

lowers the transfer rate if there is other activity so as to share the connection. The behavior of

this mode depends on the type and capacity of the connection.

Maximum: Transfers files at the fastest rate for the connection. May cause throughput issues

for other functions using the internet connection if it is not capable of a high bandwidth.


Resolved issues

Downloading images: An issue where AccessSync repeatedly downloaded a background

image file even after successfully downloading it is now resolved.

GNSS Forecast

Resolved issues

Not enough satellites reported: An issue where incorrect satellite conditions were reported

when tracking of GPS satellites is disabled is now resolved.


Installation Information

This section provides information on installing version 2016.01 of the Trimble Access software.

Installing the software and licenses on the controller

Operating system installation

With a new Trimble tablet, the operating system is not installed. Turn on the tablet to install the

Windows® operating system and then apply Windows updates.

With all other new controllers, the operating system is already installed.

From time to time new operating systems are made available and can be found at

WARNING – Operating system updates will erase all data from the device. Make sure you backup your data to your PC before installing. Otherwise you may lose your data.

Note – The process of upgrading Trimble Access from one version to another converts the jobs

(and other files like survey styles). If you copy the original Trimble Access data files off the

controller and then upgrade the operating system, before installing the new version of Trimble

Access please ensure you copy the original Trimble Access data files back onto the controller. If

you follow these steps then the original Trimble Access files will be converted and made

compatible with the new version of Trimble Access.


Software and license installation

Before you use your controller, you must install the applications and licenses using the Trimble

Installation Manager. If you have:

Never installed the Trimble Installation Manager, go to

for installation information.

Previously installed the Trimble Installation Manager, you do not need to reinstall it because it

updates itself automatically. Select Start / All Programs / Trimble Installation Manager to

start the Trimble Installation Manager.

For more information, click Help in the Trimble Installation Manager.

Note – For Trimble CU controllers, Trimble Access version 2013.00 and later can be installed only on the Trimble CU model 3 (S/N 950xxxxx). Trimble CU models 1 and 2 have insufficient memory to run later versions of Trimble Access.


Am I entitled to this version?

To install and run Trimble Access software version 2016.01, you must have a warranty agreement

valid up to 1 April 2016.

When you upgrade to version 2016.01 using the Trimble Installation Manager, a new license file is

downloaded to your device.


Updating office software

When you upgrade to version 2016.01, you must also update your office software. These updates

are required if you need to import your General Survey jobs into Trimble office software such as

Trimble Business Center.

When you upgrade the controller using the Trimble Installation Manager, the office software on the

computer that has the Trimble Installation Manager installed is also upgraded.

To upgrade other computers that were not used to update the controller, do one of the following:


Install the Trimble Installation Manager onto each computer and then run Office updates.

Run the Trimble Update Office Software packages for the Trimble Access software from

Use the Trimble Data Transfer utility:

You must have version 1.51 or later installed. You can install the Data Transfer utility from

If you have version 1.51, you do not need to update to a later version of the Data Transfer

utility; you can run one of the Trimble Update Office Software packages from

If you only need to update the latest version of the Trimble Business Center software, you do

not need to run the Trimble Installation Manager to update the office software. The required

converters are now available on the controllers running the Trimble Access software and, if

required, they are copied from the controller to the computer by the Trimble Business Center



Trimble Solution Improvement Program

The Trimble Solution Improvement Program collects information about how you use Trimble

programs and about some of the problems you may encounter. Trimble uses this information to

improve the products and features you use most often, to help you to solve problems, and to

better meet your needs. Participation in the program is strictly voluntary.

If you participate, a software program is installed on your computer. Every time that you connect

your controller to this computer using ActiveSync® technology or the Windows Mobile® Device

Center, the Trimble Access software generates a log file that is automatically sent to the Trimble

server. The file includes data on what the Trimble equipment is being used for, what software

functions are popular in specific geographical regions, and how often problems occur in Trimble

products that Trimble can correct.

At any time, you can uninstall the Trimble Solution Improvement Program. If you no longer wish to

participate in the Trimble Solution Improvement Program go to Add or Remove programs on your

computer and remove the software.



Trimble Access Help is “context-sensitive.” To access the Help, tap ? at the top of the screen.

A list of Help topics appears, with the relevant topic highlighted. To open the topic, tap its title.

Go to to download a PDF file of the Help. A separate PDF file is

provided for each application.

Software and Hardware Requirements


Trimble Access software version 2016.01 communicates best with the software and hardware

products shown below. The software can also communicate with any version later than that


Trimble software Version

Trimble Business Center



Trimble Business Center



Trimble receiver Version

Trimble R10 5.11

Trimble R8s 5.10

Trimble R2 5.11

Trimble R8-4, R8-3 5.10

Trimble R6-4, R6-3 5.10

Trimble R4-3, R4-2 5.10

Trimble R9s 5.11

Trimble NetR9 Geospatial 5.10

Trimble R7 5.00

Trimble R5 5.00

Trimble Geo7X 4.95

Trimble GeoXR 4.55

Trimble R8-2, R6-2, R4-1 4.64

5800, 5700 II 4.64

Trimble Instrument Version

Trimble V10 imaging rover E1.1.70

Trimble VX Spatial Station R12.5.48

Trimble S5/S7/S9 total



Trimble S8 total station R12.5.49

Trimble S6 total station R12.5.49

Trimble S3 total station M2.2.23

Trimble M3 total station V2.0.4.4

For the latest software and firmware versions, see also


Controller operating system support

Trimble TSC3 controllers with Microsoft Windows Mobile Version 6.5 Professional can run Trimble

Access software version 1.8.0 to version 2011.10.

Trimble TSC3 controllers with Microsoft Windows Mobile Embedded Handheld 6.5 must have

Trimble Access version 2012.00 or later.


For more information please visit this website

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