ADMA-Slim is compatible with all common, overrunnable platforms, such as the GST (Guided Soft Target) from
ABD, the UFO (Ultraflat Overrunnable) from DSD or the 4activeFB from 4a. In order to ensure that, for
example, a GST follows a precisely defined route without deviation, extremely precise positional data from a
GNSS-corrected inertial system such as the ADMA-Slim are indispensable. The advantage: This combination of a
powerful measurement system and an overrunnable platform provides two proven systems that complement each
other perfectly. The easy operability with all the familiar features can be used just as before.
As a result, ADMA-Slim delivers extremely precise, smooth and continuous signals even when GNSS reception is poor.
ADMA-Slim is smaller, lighter and more compact than its predecessor, ADMA-G-EntryLevel – with full
performance range
Powerful technology
The fully fledged GNSS/inertial system is based on MEMS gyroscopes and accelerometers as well as a powerful GNSS receiver. With the standard GNSS measurement method without inertial sensors, a clear view of the sky is essential for a good measurement result. In practice, however, the achievable measurement accuracy is affected by buildings, trees, fences or vehicles. The inertial measurement unit suppresses signal interference in the case of poor GNSS reception or temporary GNSS signal loss.As a result, ADMA-Slim delivers extremely precise, smooth and continuous signals even when GNSS reception is poor.
The concurrent use of different GNSS systems such as GPS, GLONASS, BeiDou or Galileo significantly improves
satellite reception, even on obstructed test routes.
