About: BLINDER Passive Defence System   Sponge Permalink

An Entity of Type : owl:Thing, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

The BLINDER Passive Defence System is a UNSC vehicle mounted defensive system for defeating RADAR, Radio and Microwave targeted ordnance. The BLINDER is a Area Defence and Interception System linked system that is kicked into motion when both a RADAR tracker and missile threat are detected. It works by using an extremely high power but extremely small transmitter made of advance plastic formed metamaterials. These atennae are capable of modulating and attuning to the guidance of the incoming ordnance and spoofing the RADAR, wether it is RADAR guided, GPS assisted or Radio guided and disrupt its lock and sends it off course. While successful 90% of the time, its main problem is that most missiles of this type have multiple guidance systems.

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  • BLINDER Passive Defence System
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  • The BLINDER Passive Defence System is a UNSC vehicle mounted defensive system for defeating RADAR, Radio and Microwave targeted ordnance. The BLINDER is a Area Defence and Interception System linked system that is kicked into motion when both a RADAR tracker and missile threat are detected. It works by using an extremely high power but extremely small transmitter made of advance plastic formed metamaterials. These atennae are capable of modulating and attuning to the guidance of the incoming ordnance and spoofing the RADAR, wether it is RADAR guided, GPS assisted or Radio guided and disrupt its lock and sends it off course. While successful 90% of the time, its main problem is that most missiles of this type have multiple guidance systems.
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abstract
  • The BLINDER Passive Defence System is a UNSC vehicle mounted defensive system for defeating RADAR, Radio and Microwave targeted ordnance. The BLINDER is a Area Defence and Interception System linked system that is kicked into motion when both a RADAR tracker and missile threat are detected. It works by using an extremely high power but extremely small transmitter made of advance plastic formed metamaterials. These atennae are capable of modulating and attuning to the guidance of the incoming ordnance and spoofing the RADAR, wether it is RADAR guided, GPS assisted or Radio guided and disrupt its lock and sends it off course. While successful 90% of the time, its main problem is that most missiles of this type have multiple guidance systems.
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