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High-Performance Robotic Total Stations for Precision Surveying
Trimble S5 Robotic Total Station
TRUSTED PERFORMANCE
All you need to perform efficient surveying campaigns is available in the Trimble® S5 Robotic Total Station solution.
Trimble S5 Ti-M Total Station
Trimble’s Total Station for Structural, Slope, Mine and Construction Monitoring Applications
Trimble S7 Robotic Total Station
The Trimble® S7 Total Station combines scanning, imaging and surveying into one powerful solution.
Trimble S9 Robotic Total Station
The Trimble® S9 total station integrates the best field technologies plus our highest level of accuracy and specialized engineering features for the ultimate in performance and precision.
Trimble SX12 Scanning Robotic Total Station
Meet the Trimble SX12 Scanning Total Station – Working harder has never been easier.
Trimble S7 2" Robot DR+ Vision Scan Capable - USED
Trimble S7 2” Robot DR+ Vision Scan Capable – USED
Spectra Geospatial Focus 50 Robotic Total Station
A fully robotic, motorized, single surveyor solution providing improved speed, accuracy and precision in measurement.
Don't see what you need?
Click here to let us know and we'll help you find what you're looking for.What is a Robotic Total Station?
A robotic total station is an optical surveying instrument that uses robotics to automate the positioning and aiming of the device. This allows for faster and more accurate measurements than with manual operation.
A robotic total station can also be programmed to perform specific tasks, such as repeating a measurement or calculating the area or volume of a particular feature. This makes it ideal for use in construction and engineering projects.
What are the Benefits of a Robotic Total Station?
There are several benefits to using a robotic total station, like increased accuracy. A robotic total station will typically achieve higher accuracy than a manual total station. This makes it ideal for use in applications where precise measurements are required, such as land surveys or construction projects.
Robotic total stations are also high-speed and efficient, saving time and money on projects. They can also be used in difficult or dangerous locations where it would be difficult or unsafe for a person to operate total station surveying equipment. Explore the latest in robotic total station technology.
How Do Robotic Total Stations Work?
A robotic total station consists of two main parts: the telescope and the controller. The telescope is used to take measurements, and the controller is used to control the telescope and automate its movements. The controller can be either a handheld unit or mounted on a tripod.
The controller is connected to the telescope by a cable, and it sends commands to the telescope to control its movement. The telescope can be moved in all directions, including up to 360 degrees horizontally and vertically. It can also be tilted up and down to achieve the desired angle. This allows the controller to position the telescope accurately at any location.
The controller can also be programmed to perform specific tasks, such as repeating a measurement or calculating the area or volume of one particular feature. This makes it ideal for use in construction and engineering projects.
How Accurate is a Total Station?
A robotic total station is more accurate than a manual total station. The telescope can be moved in all directions, including up to 360 degrees horizontally and vertically. It can also be tilted up and down to achieve the desired angle. This allows the controller to position the telescope accurately at any location.
The degree of accuracy depends on the model of the robotic total station and the conditions under which it is used. However, most robotic total stations have an accuracy of 1-2 millimeters.
What's the Difference Between a Theodolite and a Total Station?
A theodolite is a type of telescope that is used to measure angles. It is mainly used for surveying and construction projects. A total station is a type of theodolite that gathers extremely accurate information over great distances.
It is used for land surveys, engineering projects, and construction projects. It also includes a controller to automate its movements. This allows for faster and more accurate measurements than with manual operation.
Frequently Asked Questions
What are the key benefits of using a robotic total station?
Robotic total stations enable single-person operation (saving labor costs), increase productivity by 30-50%, provide higher measurement speeds, allow work in challenging or hazardous locations, offer automated scanning capabilities, and reduce human error through automation. The initial investment typically pays for itself through improved efficiency within 1-2 years.
How accurate are Duncan-Parnell's robotic total stations?
Our robotic total stations achieve angular accuracies of 1-5 arc seconds and distance accuracies of 1-2mm. Factors affecting accuracy include atmospheric conditions, target quality, instrument calibration, temperature fluctuations, and operator technique. Regular calibration and proper operation can maintain optimal performance in most field conditions.
What training is required to operate a robotic total station?
Most users require 2-3 days of training to master basic operations and 1-2 weeks for advanced functions. Duncan-Parnell offers structured training programs covering setup, calibration, field workflows, troubleshooting, and data management. Continuing education options help users take advantage of advanced capabilities as their skills develop.
How do robotic total stations integrate with other surveying equipment and software?
Our robotic total stations seamlessly integrate with Trimble and Spectra data collectors, GNSS receivers for hybrid/integrated surveying workflows, and various software packages like Trimble Access and Spectra Origin. With Trimble Connect in the field, the ecosystem allows smooth data flow from field to office and enables combining different measurement technologies on complex projects.
What maintenance is required to keep a robotic total station operating at peak performance?
Regular maintenance includes annual calibration and preventative maintenance, cleaning optical components with proper tools, checking vials on tribrachs and robotic rods to ensure accuracy, battery care, firmware updates, and proper storage in climate-controlled environments. Our service department offers maintenance packages to ensure optimal performance and extend equipment life.