Post by Latus on Jan 18, 2011 15:57:42 GMT -5
Official Weapon Name:ENVI (Electromagnetic Nano-pulse Vehicular Incapacitation) Proximity-Detonation Mine
Faction/Affiliation: Republic
Classification: EMP Anti-Vehicle/Anti-Droid Proximity, Pressure Mine
Stock/Custom: Stock
Manufacturer: Northern Monument Technologies
Dimensions:
Extended/Deployed
Length: .81 m
Width: .50
Height: .17 m
Stored
Length: .64 m
Width: .35 m
Height: .16 m
Weapon weight: 10 kg
Power Cell: Explosive Ion Discharge Cells
Other:
Pros:
Cons:
Description:
A newly developed design utilizing refined ion-blaster technology, this mine was sold to the Republic to use on hostile worlds where armored ground conflict was inevitable.
The system, when activated, emits several potent pulses of electromagnetic and magnetic radiations out to a respectable distance. These pulses produce overloads of electrical current in circuits and non-grounded plating that permanently disables lesser electrical systems and temporarily shuts down all shock-hardened ones requiring a full system reboot. The encrypted activation system works under the same communication frequency as the Immobilizer Flash Disc.
The final product was completed in just under 6 months of full development, the tabular appearance enhanced by several stability enhancement plates that give the mine a larger cross section but allowing room for more energy. It is heavy, dense, unwieldy, and needs to be placed and activated before use. Though unhappy with the product as a whole, Roland and the primary design team are hoping that, in time, a grenade version of the same technology can be developed that is both efficient and cost effective.
Larger Topographic View (Clicky)
Behind the Scenes: An ENVIMag is a magnetometer system used to perform geophysical surveys.
Faction/Affiliation: Republic
Classification: EMP Anti-Vehicle/Anti-Droid Proximity, Pressure Mine
Stock/Custom: Stock
Manufacturer: Northern Monument Technologies
Dimensions:
Extended/Deployed
Length: .81 m
Width: .50
Height: .17 m
Stored
Length: .64 m
Width: .35 m
Height: .16 m
Weapon weight: 10 kg
Power Cell: Explosive Ion Discharge Cells
Other:
Pros:
- Proximity/Pressure Detonation IFF Sensor, Proximity triggers in 5m radius
- Encrypted Activation System
- Compact Storage Design
- Destructive "blast" setting or "jammer" setting for instrument interference
- Extensive Blast Radius, 7.5 m electronic incapacitation, brief (3+/- 2 minutes) 10.75 meter interference (total range = 10.75 meter radius)
- Jammer Radius, 15 m electronic interference
- Rated Effective against Military Hardware
- High Energy Yield; Required Rebooting of Shock-Resistant Systems
Cons:
- Affects All Caught in Pulse
- Large Design, Limited Utility
- Expensive Technology, Expensive Mine
- Only Disables Shock Protected Technology for 25 +/- 10 minutes
Description:
A newly developed design utilizing refined ion-blaster technology, this mine was sold to the Republic to use on hostile worlds where armored ground conflict was inevitable.
The system, when activated, emits several potent pulses of electromagnetic and magnetic radiations out to a respectable distance. These pulses produce overloads of electrical current in circuits and non-grounded plating that permanently disables lesser electrical systems and temporarily shuts down all shock-hardened ones requiring a full system reboot. The encrypted activation system works under the same communication frequency as the Immobilizer Flash Disc.
The final product was completed in just under 6 months of full development, the tabular appearance enhanced by several stability enhancement plates that give the mine a larger cross section but allowing room for more energy. It is heavy, dense, unwieldy, and needs to be placed and activated before use. Though unhappy with the product as a whole, Roland and the primary design team are hoping that, in time, a grenade version of the same technology can be developed that is both efficient and cost effective.
Larger Topographic View (Clicky)
Behind the Scenes: An ENVIMag is a magnetometer system used to perform geophysical surveys.
