Unreviewed Breshig War Forge Consolidated 'Naubriik'Burenaar' Point-Defense Directed Countermeasure Suite

[Shuklaar Kyrdol]

IMAGE

OUT OF CHARACTER INFORMATION

• Image Source: Screenshot taken from here.

PRODUCTION INFORMATION

• Manufacturer: Breshig War Forge Consolidated.
• Affiliation: Breshig War Forge Consolidated and Strill Securities.
• Material: Molecularly bonded Duranium frame, Molecularly bonded Duranium-reinforced Duraplast composite plating, Condensed-matter composite reinforcements, Agrinium and Thermal gel lining, Anti-corr coating, combat de-ionizer, and Ultrachrome wiring, circuitry and electronics.
• Modularity: The system may be mounted on ground vehicles and sub-capital gunships/transports.

SPECIAL FEATURES

Offensive Systems Processing and Memory Communications

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  • Modified EPR Array: The array is modified to emit high intensity normal, ultraviolet, and infrared light to potentially 'blind' the detection suite of incoming ordnance.
  • Magnite Tractor/Pressor Beam: The tractor/pressor beam attempts to physically keep ordnance away from the mounting platform.
  • High Energy Laser (this weapon): The laser attempts to burn out both or either the detection suite and the ordnance itself.
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  The system reads in sensor, scanner, tracking and targeting data from the platform that it is integrated into to track incoming ordnance such as missiles, rockets, grenades, mortars, artillery rounds and the like. Once tracked the system goes through the escalation list of offensive systems, starting with the modified EPR array and ending with the high intensity energy laser. The system also allows manual override to deal with small targets, obstacles and the like. In such an operation mode it acts as assistive targeting aid. If multiple devices are present, the one with the 'best shot' is selected.
  
  • Heuristic Processor
  • Gabonna memory crystal.
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  • Comm Laser: The devices communicate with each other to collaborate on targeting, tracking and eventual engagement.
  • 'Manda' Battlenet or Equivalent compatible networking: The devices communicate with each other to collaborate on targeting, tracking and eventual engagement. This allows them to function even if the vehicle's sensor, scanner, targeting and tracking suite is knocked out.

STRENGTHS

• Interception: The system has a high potential of causing incoming ordnance to either veer off target or to intercept them. This is an advantage that cannot be overstated.
• Fast Track: The system responds to threads almost instantaneously, making them perfectly capable of responding to and tracking even the fastest threats.
• High Rate of Fire: The high rate of fire allows the system to engage even a large number of targets in a short amount of time, lowering the likelihood that the system will be overwhelmed.
• Potent: The laser, comms jammer and EPR array are all quite powerful and are very effective at potentially misdirecting or neutralizing threats.

WEAKNESSES

• Targeting: The system's ability to target incoming ordnance is governed by the mounting platform's sensor. scanner, targeting and tracking system's capabilities. A system that cannot effectively detect, target and track incoming ordnance effectively will not enable the system to engage said targets effectively.
• Power: No dedicated power supply is included, the system is designed to be connected into the power supply of whatever platform it is integrated into.
• EMP/Ion: Though well-protected against most sources of EMP and Ion damage that might be encountered on the battlefield, any source of aforementioned damage that manages to bypass its protective measures or should said measures be damaged, the devices' sensitive components would likely be fried or in the very least become severely damaged.

DESCRIPTION

Vehicles, large droids and installations often face the same threats as medium and heavy infantry in powered armor on the modern battlefield. Active Protection Systems and Explosive Reactive Armor are useful tools, but it never hurts to have another in reserve, ret'lini.

The system is designed to be built into the chassis of vehicles/droids. and then connected into the sensor, scanner, targeting and tracking system of the platform. The system tracks incoming ordnance such as missiles, rockets, grenades, mortars and the like. The system reads in sensor, scanner, tracking and targeting data from the platform that it is integrated into to track incoming ordnance such as missiles, rockets, grenades, mortars, artillery rounds and the like. Once tracked the system goes through the escalation list of offensive systems, starting with the modified EPR array and ending with the high intensity energy laser. The system also allows manual override to deal with small targets, obstacles and the like. In such an operation mode it acts as assistive targeting aid.

The system is designed to be connected into the sensor, scanner, targeting and tracking system of the platform as well as receive power from it. Without a dedicated power supply the system cannot function. Additionally, the system's ability to target incoming ordnance is governed by the mounting platform's sensor. scanner, targeting and tracking system's capabilities. A system that cannot effectively detect, target and track incoming ordnance effectively will not enable the system to engage said targets effectively. Finally, though well-protected against most sources of EMP and Ion damage that might be encountered on the battlefield, any source of aforementioned damage that manages to bypass its protective measures or should said measures be damaged, the devices' sensitive components would likely be fried or in the very least become severely damaged.