The Arch Wilder
- Intent: To Provide VSF Customers and allies with a reliable short blade
- Image Source: https://www.craiyon.com/image/6DhY_tTjQaaIcTNfiRb2rA
- Canon Link: N/A
- Permissions: N/A
- Primary Source: N/A
- Manufacturer: Vitae Security Forces
- Affiliation: VSF and its allies and customers
- Market Status: Closed-Market
- Model: VSF Fox Fang
- Modularity: Blades can be made in different shapes to fit user preference
- Production: Mass-Produced
- Material: Durasteel, Magnetic and electrical components
- Classification: Vibrodagger
- Size: Average (7-30 Cm.)
- Weight: Average
- Magnetic Return Ring
- Internal gyroscope to ensure that the blade lands evenly in the hand rather than through it
- Honed edge
- Durable materials to keep its edge
- Crafted in various shapes and sizes to fit a wide range of customers and users
- Vibration cell
- Automatically returns to its users hands
- Strong steel to keep its edge
- Built in a variety of styles
- Vibrations can greatly increase the damage of a cut
WEAKNESSES
- He who holds the ring, commands the blade. If the ring is stolen, so is the dagger
- Even the longest models are relatively short compared to most melee weapons
- EMP will knock out the vibration cells and return feature
DESCRIPTION
Built for customers who prefer more dagger in their cloak and dagger initiatives, the VSF designed the Fox Fang blade to return to its users hand using a gyroscopic device in the handle in tandem with a magnetic device which is attuned between the dagger and a ring worn by the user. When thrown, the user simply needs to flick the hand wearing the ring to cause the dagger to return to them. The gyroscopic device in the hilt prevents the blade from turning into any unfortunate angles that would lead the blade’s owner to receive their dagger with an impaled appendage. Fox Fang blades are all knife or dagger sized, but come in a variety of shapes, from tanto to parrying dagger. All shapes however are relatively straight as a heavily curved blade would cause issues with the weapon’s alignment functions.[/SPOILER][/SPOILER]
