Our GYROMAT 5000 is the most accurate surveying gyroscope in the world. Its measurement method compensates for possible sources of error such as refraction, error propagation, or even plumb line errors when the direction is to be determined from a shaft. The Perfect Tool for Gyroscopic Surveying
If you decide to purchase a GYROMAT, you will also receive a two-day free training session for the device. The GYROMAT sensors can be purchased individually as a product from us - or chartered together with a DMT expert team as a service for your construction project. Thus, you are guaranteed to lead your project to success within the predefined cost and time planning. High-resolution data facilitate easy analysis, calculation and evaluation of the data and support the monitoring of the gyroscopic or geodetic survey. Challenges in construction and measurement projects in tunnels, shipbuilding, or other projects requiring the highest directional accuracy are solved quickly and efficiently with the use of our gyroscope sensors.
With wireless remote control and data transfer, our gyroscope sensors provide additional security, but can also be operated conventionally with manual mode.
You avoid subsequent directional corrections and instead reach the end point of your measurement project accurately and reliably. Possible sources of error in the measurements are compensated. Our gyroscope offers completely automatic north-seeking and azimuth detection with worldwide unsurpassed accuracy for the exact direction of your construction project. This happens quickly, easily, and reliably even in geographically and topographically challenging terrain and under difficult conditions.
When high precision is required and other measuring methods are no longer effective, the gyroscope sensors of our GYROMAT series provide you with measuring results of the highest accuracy. I am beginning to realize that this may not be possible unless I can get the collector to run our robot.Avoid measurement errors and reduce costs with world’s only gyroscope sensor for determining and checking direction with high precision. The plan would be to gradually (over the next 2 years or so) phase out and replace all of our Leica with Trimble. tracking, searching, direct reflex, data collection). I am able to get everything working properly when connected by a cable (ie. It is the robotics and more specifically the radio connection that seems to be the issue. Getting our GPS units to work has not been an issue. I am only doing some testing right now to see if it is even possible to pair the two units.
Since the collectors are really the brains of the operation I would like to start there. Myself and the rest of the company would like to make the switch to Trimble.
The issues seem to be with the software (both office and field software) and not the instruments themselves. The equipment choice was made a years ago by one individual who is no longer with the company. The problem is that no-one in the company seems happy with our current equipment. For our robots we are using an Allegro controller with Carlson CE. My new company is currently using all Leica equipment now with the exception of our robot controllers. Let me give you some background info so this doesn't turn into a Leica/Trimble debate.