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Intent: To create an anti-magnetic ceramic applique for tanks that also functions to protect against ion and EMP weaponry.
Development Thread: N/A
Manufacturer: Tenloss Corporation
Model: TTAA-C
Affiliation: Tenloss Corporation
Modularity: None, aside from scaling/sizing for tank models and applying the material to existing tanks.
Production: Minor-Production
Material: Armorplast, various metals, electrical wiring.
Description:
After seeing how various tanks in current use with the galactic factions fare against battlefield threats, the realization that Ion and EMP weaponry poses a far greater threat to the more modern tanks on the field than conventional weaponry was discovered. After a period of time experimenting with various materials, the use of a Faraday Cage was selected over all other alternatives.
The Farraday Cage easily stops ion and EMP damage to anything within the cage, within the capabilities of said cage. By installing the cage as an overlay on the armor of tanks, electrical damage was greatly reduced or even entirely negated. However, the cage itself was vulnerable to damage, both from enemy fire and from typical wear and tear on the vehicle. Therefore, it was determined that another layer of material was needed to protect the cage itself, as incorporating the cage into existing tanks would require a redesign and modifications to the armor and chassis of said vehicles.
Armorplast was the answer. A ceramic that was equivalent in strength to durasteel, the material was applied as an overlay on the cage itself, sandwiching the cage between the vehicle and the ceramic applique. The ceramic acts as extra armor on the tank, while having a negligible effect on the tank's gross weight, as well as protecting the faraday cage itself. On top of this, the armorplast is worked into patterns before drying. These patterns as well as the roughness of the applique and the cumulative anti-magnetics from both the ceramic and the faraday cage, create a combined type of applique that reduces or negates electronic damage and stops anti-tank magnetic shaped charges from damaging the vehicle itself.
The benefits aside, the applique has some downsides. The cage and ceramic combination protect the tank, but sufficient damage can compromise the cage itself, leading to reduced effectiveness. Also, loss of power supply to the cage will shut down the cage itself, removing the protection the cage grants the tank. Lastly, the cage covers the majority of the tank, but due to most tanks being of turreted design, two separate cages are needed, leaving a gap between the turret and hull where there is, usually, a natural shell trap. Outside of this, the applique grants negligible defensive properties to larger weapons, though smaller weapons may find more difficulty. The ceramic applies minimal weight to the vehicle, though the application process usually occurs during manufacture and requires 1-3 days of installation, application, and drying before the tank is completed, slowing down the manufacturing process.