German Company Dhiel Defense has developed new countermeasure system HPEM against UAVs 13003164

Defence & Security Industry News - Dhiel Defence
 
German Company Dhiel Defense has developed new countermeasure system HPEM against UAVs.
Dhiel Defence has developed a new counter system HPEM (High-Power Electro-Magnetics) against mini-drones by using electro-magnetic pulses instead of radio signals or GPS spoofing. Diehl’s HEPM disables the mini-drone’s controls, causing mission abort and automatically triggering the fail-safe function.
     
Dhiel Defence has developed a new counter system HPEM (High-Power Electro-Magnetics) against mini-drones by using electro-magnetic pulses instead of radio signals or GPS spoofing. Diehl’s HEPM disables the mini-drone’s controls, causing mission abort and automatically triggering the fail-safe function. Dhiel Defence HPEM (High-Power Electro-Magnetics) is developed to counter min-drones
     

Mini-drones represent an increasing threat to both public events and military missions. In particular, autonomously-operating mini-drones enhance the new threat from the air.

Countermeasure systems based only on interference with radio signals as well as GPS jamming/spoofing do not provide reliable protection.

By contrast, the HPEM (High-Power Electro-Magnetics) counter-UAS system developed by Diehl Defence acts directly on the control electronics of mini-drones by means of electromagnetic pulses, thus causing mission abort.

This means: regardless of the control method used (autonomous or radio-controlled), the mini-drone becomes inoperable upon impact of HPEM pulses at distances of up to several hundred meters and triggers the fail-safe function.

Diehl's counter-UAS system provides the possibility of scalable range and the ability to also intercept entire swarms of mini-drones simultaneously.

Diehl's HPEM systems which do not cause harm to individuals are already being used for stopping cars and protecting large events (Olympic Games and summit meetings).
 

 

Cookies settings

×

Functional Cookies

This site uses cookies to ensure its proper functioning and cannot be deactivated from our systems. We don't use them not for advertising purposes. If these cookies are blocked, some parts of the site will not work.

Session

Please login to see yours activities!

Other cookies

This website uses a number of cookies to manage, for example: user sessions.