Technologies

Different technologies enable different outcomes.

It is the combination of these technologies that give our robots their potential.

Positioning
To get the best results, we use probabilistic filters and real-time kinematic to increase the accuracy of our robots.
Application
We design user-friendly apps that allow anyone to work with the robot. Teaching colleagues how to use the robot is also very easy.
Usability
All of our user interfaces have been tested for usability by world standard methods to make them as intuitive as possible.
Layout
The specific layout dimensions can be adjusted on-site with the control app. A football field can be resized seconds before marking starts.
Battery
The robots batteries will work up to 8 hours on one charge. The batteries are easily replaced on the go, allowing the robot to continue working.
Robotics
Mobile robotics are changing the way people work. We strive to make our autonomous robots a valuable addition to the way our customers work.
Spray
Our spray tool supports all standard-sized aerosol cans, allowing our customers to use the same cans as before.
Precision lines
Accuracy and precision are enhanced by the robots’ built-in support for marking lines and arcs.
High-precision GPS

The robot is controlled by a high-precision GPS – a network RTK corrected GNSS
receiver – that outputs a position with an accuracy of 1-2cm. The user’s GPS
continuously provides the robot with its updated position by use of an NMEA
formatted signal.

For the TinySurveyor, when conducting as-constructed surveys, height has to be measured with far
greater accuracy than is possible with a high-precision GPS. To enable this, a
prism is mounted below the robot’s GPS antenna. The prism is used
in collaboration with a total station to allow the user to measure height to within a
few millimetres.

Autonomous surveyor robot for stake-out, as-built surveys and road premarkings
TinyPreMarker robot for road premarkings

The robot navigates to horizontal positions by data from the GPS unit. But it
comes to a full stop for a few seconds at each coordinate to allow for an accurate
measurement with the total station. Depending on the equipment, the user can
choose to manually activate the total station when the robot is at a full stop or the
user can program the total station to automatically measure whenever it detects
that the robot is at a full stop. In some cases, it is also possible to let the robot
drive continuously while it steadily collects data with the total station.

Pre-marking techniques

The different robot types are optimized for different tasks. For example, the TinyPreMarker provides settings often used in pre-marking tasks. A built-in setting for parking lot pre-marking allows the robot to collect three coordinates in the field and indicate the angle and the number of rows and columns in the robot’s settings. The robot also has built-in support for the marking of lines and arcs. Once again, the user can collect two coordinates for a line or three coordinates for an arc and the robot will subsequently pre-mark these elements.

TinyPreMarker robot for automated road pre-markings

Most intuitive and easy-to-use pitch design app to date !

  • Satellite maps support fast design
  • Intuitive “drag and drop”, resize and rotate interface
  • Design a full pitch in minutes with the clever copy, align and paste functions
  • Your pitches will always be aligned down to centimetre-precision
TinyLinemarker tablet showing placement of sports field lines on map
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