The Trimble R10 GNSS system provides several advanced features for precise positioning including Trimble HD-GNSS for more accurate measurements, Trimble SurePoint for faster measurements and tilt compensation, Trimble xFill which allows continuous surveying when disconnected from a base station using satellite corrections, and Trimble 360 which supports multiple satellite constellations. It has an ergonomic design that is rugged, compact, and lightweight. When used with Trimble Access and Business Center software it provides a complete surveying solution.

1. Trimble R10 GNSS System

2. Trimble R10
Productivity Beyond GNSS
• Trimble HD-GNSS
• Trimble SurePoint™
• Trimble xFill™
• Trimble 360
• Ergonomic Design
“Pair with Trimble Access and Trimble
Business Center for the most powerful total
solution on the market”

3. Trimble R10 Overview
SIM Card Slot
Battery
Quick Release
Adapter
Radio Antenna
Keypad
GNSS Antenna
Ports

4. Trimble R10 Overview
Lemo (USB)
Lemo (RS-232)
Radio
Antenna
Quick Release

5. Trimble HD-GNSS
The next-generation processing technology for precise GNSS
positioning that surpasses the older fixed/float technique
• Precision-based measurements
• Start measuring sooner
• Shorter occupation times
• Measure with confidence in more
challenging environments

6. Precision Based Measurements
• Weighted ambiguity resolution technique that
surpasses the older fixed/float technique
• More accurate precision/error estimates than older
GNSS technology
• Reduced convergence times
• Reduced occupation times
• Increased position and precision reliability
especially in more challenging environments
(Trimble R8/R7/R6/R5/R4)
(Trimble R10)

7. Trimble Access Status Line
Horizontal Precision Estimate
Vertical Precision Estimate
Are the precision estimates within
the user-definable tolerance?
(default H: 15 mm / V: 20 mm)

8. Trimble SurePoint™
An integrated tilt sensor enables faster measurements,
increased accuracy and greater quality control
 eBubble means all measurement
information is in the same place
 Guards against erroneous
measurements due to pole tilt
 Measure faster with automatic
point measurement/storage
 A new level of traceability in your
survey data

9. eBubble
• The electronic bubble can be used
instead of the traditional pole bubble
• The eBubble is aligned to the front
side (LED panel) of the Trimble R10
• Calibration
• This is done within Trimble Access (under
Receiver Settings)
• Set the Trimble R10 up on a tripod with a
recently calibrated tribrach

10. Guards Against Pole Tilt
• Guards against erroneous
measurements due to pole tilt
• A tilt warning appears if the pole
is ever outside the user defined
tilt tolerance during a
measurement or at start/storage

11. Auto Measure/Store
• Hundreds of points can be stored with only one tap
on the Start button
• Measurement begins when tilt is within a pre-defined
tolerance (default: 0.020m)
• Auto-stored after two epochs – go to the next point…
0.010m 0.020m 0.030m

12. A New Level of Traceability
• Surveyors want raw data
• Tilt sensor values are stored with every point and can
be reviewed in Trimble Business Center

13. Trimble SurePoint™

14. Tilt Correction
• Uses internal tilt and compass sensors to
determine the spatial relationship between the
Trimble R10 and the tip of the survey pole
• New method: “Compensated Point”
• Maximum tilt: 15°

15. Typical Use Cases

16. Magnetic Disturbance
• Tilt correction will not work in all environments

17. Calibration Process
• Step 1: Tilt Calibration (same as original process)
– Align the tilt sensor with gravity
– Level the receiver on a tri-brach and wait 20 seconds
• Step 2: 3D Magnetometer Calibration
– Calibration the magnetic sensor
– Rotate the receiver 360 degrees through several axis’
• Step 3: 2D Magnetometer Calibration
– Aligns the magnetic and tilt sensors
– Hold the receiver level and rotate through 360 degrees

18. Trimble SurePoint™
• Faster data collection
• Measure points that were
previously inaccessible
• Eliminate common sources
of GNSS measurement
error
• 100% traceability
• Improve operator safety
• Reduce operator fatigue
• More compelling value
through innovation and
technology leadership at the
top of the portfolio

19. Trimble xFill™ Powered by Trimble RTX™ Technology
Continue surveying without interruption when you temporarily
lose connection with your base station or VRS network
 More continuous
surveying
 Less downtime

20. Trimble Owned & Operated
• Trimble xFill™ is a new Trimble RTX™-based technology
that leverages a worldwide network of Trimble reference
stations

21. Geo-Stationary Satellites
• When you lose connection with your base station or VRS
network, Trimble xFill™ uses positional information that
is delivered to the Trimble R10 via overhead satellites

22. Specification
 The Trimble xFill™ solution diverges over time
– Horizontal: RTK* + 10mm / min
– Vertical: RTK* + 20mm / min
 WARNING: Your base station needs to be located
within 1m of the WGS-84 coordinate. Using the “here”
key requires an SBAS corrected position
 VRS users should check with their network operators

23. Trimble 360
A powerful new tracking technology that is capable of
supporting all existing and planned GNSS constellations and
augmentation systems
 Industry-leading 440 GNSS
channel specification
 More satellites means you can
measure in more places
 Future proof your investment

24. Built for the Surveyor
A new level of precision engineering, the smallest
and lightest GNSS receiver in its class
 Packed with new features
 40% smaller and 30% lighter
 Rugged IP67 / MIL-STD-810F
 Improved weight distribution
 Improved handling means less
fatigue after a day in the field

25. Wi-Fi
 Web UI accessible via a smart phone
 If your Trimble R10 is connected to the internet (via
cellular), you can use it as a mobile Hotspot

26. How To Connect
 Disconnect your device from any
existing Wi-Fi network
 Search for your Trimble R10
 The name of the network is “Trimble GNSS
xxxx” (where xxxx are the last 4 digits of the
receiver serial number)
 In your browser, go to:
http://192.168.142.1
 Log on using the following
credentials
 Username: admin
 Password: password

27. Internal UHF Radio
 Internal wideband radio can broadcast at a powerful 2W
 Approximately double the radio range of the Trimble R8
 Increases the working area by ~400%
2 mile range
4 mile range
12.5 sq miles 50.2 sq miles
400% increase in
working area

28. OmniSTAR™
 Provides real time differentially
corrected positions without the
need for a radio link
 Included in every Trimble R10
 Requires a subscription

29. Trimble RTX™ Technology
• Real time centimeter positioning without the need for a RTK base
station or a local VRS service
• Corrections are delivered via geo-stationary satellites (L-band)
• Subscription based correction service: CenterPoint RTX
• Post-processing service is also available

30. GNSS Correction Types
Single Base/Rover
Total flexibility
Highest performance
Trimble VRS
No base station required
RTK performance
CenterPoint RTX
No base station required
Best accuracy and
convergence for PPP
OmniSTAR HP
No base station required
Strong brand recognition
Accuracy H: 8 mm + 1 ppm
V: 15 mm + 1 ppm
H: 8 mm + 0.5 ppm
V: 15 mm + 0.5 ppm
H: 4 cm
V: 9 cm
H: 10 cm
V: 20 cm
Coverage Local Regional Global Global
Convergence Time < 8 seconds < 8 seconds 30 minutes 45 minutes
QuickStart Yes Yes Yes Yes
Technology DGPS DGPS PPP PPP-DGPS
GNSS Trimble 360 GPS/GLO GPS/GLO/QZSS GPS

31. Integrated GNSS Portfolio
Trimble R10
Productivity Beyond GNSS
Trimble R8
Industry Leading Total GNSS Solution
Trimble R6
Scalable, Flexible, Ready for Anything
Trimble R4
Dependable When Every Point Counts

32. Questions?