Threat / end user issue
In peace time, for training purposes, artillery units conduct their frequent target practicing.
Both the skills of the gunners and the forward observers need to be improved, their communication cycle to be shortened.
Forward observing is a dangerous task during war time, causing a justification to find other ways to localize impacts and adjust fires.
Furthermore, the sheer lack of a line of sight, because of topography and/or weather, also thrives the need for other solutions to determine the impact coordinates.
The Acoustic Target Impact Localization System (ATILS) firmware provides real-time impact locations of mortars, artillery and rocket projectiles.
The accuracy to be achieved can be reached by optimizing the number of sensor posts and their relative distance to the designated target coordinates.
ATILS offers an all-weather impact localization capability, not requiring a line of sight.
The ATILS system can provide direct feedback (on actual impact location and distance in relation to the intended impact location) to both the gunner and the forward observer.
How does it work?
The ground-based CASTLE sensor posts are deployed around designated impact area. The acoustic signals generated by the projectile impacts propagate with the speed of sound towards the sensor posts, the local weather conditions affecting their time delay.
At each of the sensor posts, the signals are processed. The detection messages are sent to the command post.
The command post combines and processes these detection messages into impact locations in real time.
These time-stamped and geo-referenced locations are visualized in the command post C2 graphical user interface.
Statistical information on the impact locations can be obtained, for instance to assess the performance of individual shooting units
Product set up
- 10 sensor posts (CASTLE sub-arrays), including:
- 1 Command post, including:
4 AMMS per CASTLE
Acoustic Master – computing device
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