Industry-leading azimuth accuracy
Low weight, small size
Withstands shocks up to 2000g
Highest quality
Integration support
Magnetic Disturbance Detection
Advanced System State Compensation
Individual factory calibration
Industry-leading azimuth accuracy
Withstands shocks up to 2000g
Integration support
Advanced System State Compensation
Low weight, small size
Highest quality
Magnetic Disturbance Detection
Individual factory calibration
Discover our DMC Modules
DMC-PICO
The new DMC-pico is an ultra-compact and shockproof digital magnetic compass that is perfect for …
Range capability: > ± 0.25° (1σ)
Typical accuracy: ± 0.1° (1σ)
Dimensions: 31 x 23 x 8.5 mm
Weight: 9 g
DMC-SX 4000
For precise, quick and cost-effective orientation and angle measurement the DMC-SX is the obvious choice.
Range capability: > ± 0.5°
Typical accuracy: ± 0.25°
Dimensions: 33 x 31 x 13.55 mm
Weight: 25 g
DMC-SX 5000
For precise, quick and cost-effective orientation and angle measurement the DMC-SX is the obvious choice.
Range capability: > ± 0.25°
Typical accuracy: ± 0.1°
Dimensions: 33 x 31 x 13.55 mm
Weight: 25 g
Swiss Engineering at Safran Vectronix
Frequently asked questions
The Magnetic Disturber Detection (MDD) gives feedback on whether the compass is influenced by external magnetic disturbers. If activated, the DMC displays a “Probability Value” in percent, which is calculated based on history data, precisely from last 12-point compensation procedure. The value indicates the whether a measurement is disturbed more than a given value.
The System State Compensation (SSC) is a feature unique to the DMC-pico only. This is a software which allows the removal of influences due to magnetism for different states in host system. This can save the integrator from expensive last-minute design changes. And the good thing is that no additional hardware is required.
Example: The host system has different operational states. Instead of performing / saving / restoring a 4- / 12-point for each state, just do one compensation and measure once the “deltas”, then restore the deviations based on the host system state (= added / removed disturbers).
Example states are: Camera on / off, battery powered / remote powered
Yes, here we recommend using the DMC-pico as it measures within a range of 360°. This means that the line of sight is fully under the control of the user.
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The ideal solution for orientation measurement in magnetically disturbed environments.