THE UNDEFEATED
The Bryn'adûl | Enhanced Radesh Oil
OUT OF CHARACTER INFORMATION
A further iteration upon the original radesh oil, enhancing its properties and life-span. This has increased its effectiveness against a variety of shielding types and non-physical electronics that would otherwise impede progress.
OUT OF CHARACTER INFORMATION
- Intent: To create an electronic disruption oil.
- Image Source: N/A
- Permissions: N/A
- Canon Link: N/A
- Primary Source: N/A
- Name: Radesh Oil
- Manufacturer: The Bryn'adûl
- Affiliation: The Bryn'adûl
- Modularity: N/A
- Production: Limited
- Material: Oil
- Classification: Applicant
- Method of Consumption: Coating
- Average Life: 6 Hours
- Nutritional Value/Allergies/Side Effects/ Purpose: The consumption of this substance will kill the electrolytes and white blood cells, it is heavily advised to avoid consumption.
- Bypass: This oil radiates a electronic disruption that allows objects coated in it to essentially cut through/meld through shields, barriers or other electronic non-physical defences such as gravity tethers or tractor beams.
- Electronic Disruption: This substance provides a way to bypass shielding with various kinds of objects via a local electronic disruption.
- Evasion: The item covered in this substance can avoid the grasp of gravity tethers, tractor beams or their equivalents. Providing a layer of protection that negates the ability to grasp the coated object.
- Appliance: When used to coat an object, it dries within minutes.
- Range: This oil only has an immediate and localised range of the thickness of its coat and the item contained within said coating.
- Electronic Within: Whatever form of electronics/sophisticated technology or such within the coated substance is effected by this substance, cutting it off entirely from outside communication or use.
- Speed: The objects coated in this lose one sixth of their original velocity when passing through a shield.
A further iteration upon the original radesh oil, enhancing its properties and life-span. This has increased its effectiveness against a variety of shielding types and non-physical electronics that would otherwise impede progress.
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