Telemetry > DS Navcours

It withstands the high impact of artillery firing in the form of a standard fuse and measures signals (rotation & attitude) using the Yawsonde sensor, which uses the sun light sensor.
After measuring and sampling the signal, it converts into a digital signal and an RF signal and transmits the signal to the receiver on the ground using a telemetry that serves to transmit the signal to the antenna.

It combines GPS receiver and telemetry transmitter into one module, which is essential for guided weapon systems that require trajectory or track information of fast-flying/moving objects over long distances.
Not only have they solved the interference between GPS and telemetry RF, but they can also be miniaturized, reduced in cost, and integrated in unit operation.
There is no similar solution in the global market, and it can be embedded in the weapons system at all times to be useful for training and maintenance during system operation.

The telemetry system acquires flight and status information of projectiles and displays them in real time in a form that can be analyzed by the user, and simultaneously stores them in internal storage.
The stored data has the function to transmit and share it to other remote sites, and each function is implemented in a modular form and mounted on the Rack, making it easy to carry and move.

The DRID contains a drone mounted remote identification device(DMRID), a stationary ground identifier(SGI), and a portable ground identifier(PGI). The DMRID transmits the drone identification information with RF signals. The SGI and the PGI obtain the drone identification information from the received RF signals. Note that the information can be managed by a drone identification information management system(DIIMS). The DMRID, the SGI, and the PGI can support two transmission schemes; direct sequence spread spectrum and Wi-Fi.