Good Ol' Scoundrel

Image Source: steelsino.com
Intent: Provide a very improved from current standards and durable option against kinetic-based attacks.
Development Thread: If Needed.
Manufacturer: Arakyd Industries
Model: N/A
Affiliation: Mandalorian Crusaders
Modularity: No
Production: Mass Produced
Material: Tekonite, Thermal Gel
Description: With the rise of arsenal that heavily depends on kinetic damage such as slugthrowers, railguns, shatter guns, it was deemed necessary that viable protection options were given to the Mandalorian Crusaders on top of their traditional beskar armor. Moreover, this material is focused for those crusaders that are yet to attain their own armor made of beskar. It would be a shame if they were killed before making their own armor.
The process of creation is not as complicated as believed but it is quite innovative. Combining two options of protection against kinetic energy and impact, Arakyd Industries have developed an alloy that utilizes both functions of the substances. Immense heat protection due to the thermal gel and its kinetic impact resistant properties along with the tekonite's great abosrbtion of kinetic impact. This 'fusion' makes an alloy of excellent resistance to kinetic-based attacks whether of piercing or blunt nature. Due to tekonite's properties, the 'fusion' was deemed right to be by the tekonite surrounding the thermal gel.
From a flaws point of view, this alloy does nothing against energy-based attacks which would make it quite useless when struck by energy-based arsenal. This is a huge drawback when engaging enemies that use such arsenal as part of their combat style as it would rend through the alloy. Additionally, despite tekonite's anti-kinetic energy properties, it comes with the flaw that depending on the joules i.e 'magnitude' of the kinetic energy, it would commence a sublimation process where the struck part evaporates. The greater the kinetic energy, the greater the hole. As it cannot self-recuperate, this holes need repairs in the form of tekonite in a smaller-scaled fusion with the rest of the intact alloy.
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