The Perfect Tool for Gyroscopic Surveying

Now Available For Both Leica and Topcon Instruments

The 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 piezo drive around the horizontal angle with high-resolution angle encoder acquires the measurement data with the highest precision. The state-of-the-art energy concept with reliable energy buffer and exchangeable battery makes the system faster, safer and easier to maintain. The housing is ergonomically designed and is therefore particularly suitable for geodetic and other surveys in demanding terrain.

The possibility of individually equipping theodolites or total stations allows universal use for geodesy or industrial surveying. Examples of such use can be found in directional measurements underground, in tunnel surveying or in metrological applications for north-seeking.

A New Generation of World-class High-precision Gyroscope Sensors

GYROMAT 5000 is the successor of GYROMAT 3000, which provides measurement results with an accuracy of 1/1000th of a gon. This corresponds to an arc deviation of approximately 1.6 cm at one km distance. The measurement time for a directional measurement is approximately 10 minutes. The new, improved 5000 version provides an even greater surveying accuracy of 0.8 mgon and allows for shorter measuring times of approx. 6-9 minutes, delivering even more precise information in less time. The new piezo drive with a high resolution angle encoder and the new energy concept with a reliable energy storage system and replaceable battery make the system faster, more reliable and easier to maintain. The option to add a theodolite or a total station as required enables the instrument to be used universally for geodetic applications or control work.

The gyroscope sensor offers the following advantages:

Reliable north-seeking gyroscope

Compensates for error sources and measurement deviations such as refraction, error propagation or plumb line errors when measuring direction from a shaft

Application guarantees planning reliability and cost efficiency

Menu-controlled measurement sequence

Extended monitoring functions

Gyroscopic measuring unit with reliable intermediate energy storage