Approved Tech NZ SMF [Synthetic Muscle Fiber]

[Industrial Spirit]

IMG Source: Chatgpt, selfmade

STANDARD FEATURES

• STRUCTURE:
  • Nanocarbon outer sheath
  • Electroactive Janus polymer Core
  • Magnetized Infinium E.V.A. inner mesh - Ionic conduction layer
  • Neuron Mk I Quantum Droid Brain control unit
  • OPTIONAL: Ersteel SLCA interwoven tendons

SPECIAL FEATURES

• can be perfectly coupled to NZ Neuron Implant Network Type I for smooth operation and improved responsiveness
• Compatible with most bio, nano and cybernetic implants on the market.
• Capable of being coated with cured Janus polymer for perfect blending with biological muscles.

STRENGTHS

• Highly resistant to corrosion, humidity, heat and other natural phenomena
• Highly receptive to natural and cybernetic electro-impulses, allows for smooth and natural operation
• Scaleable for applications ranging from the smallest to the largest beings.

WEAKNESSES

• Unlike biological muscle, these can't be trained or strengthened by the usual means nor will they have any gains through diets and exercise.
• More susceptible to sonic interference and electro-magnetic pulses.

DESCRIPTION
The N&Z has worked long and hard to slowly begin to encroach on the cybernetic market, with the advent of the Neuron Mk I Quantum Droid Brain which had the capacity to be scaled into the extreme, the capacity for serial use and parrallel computation, the road to inventing new and improving existing cybernetic designs was set. Originally intended as a means to further expand the use and benefit of the NZ Neuron Implant Network Type I , the NZ SMF was a means created to replace damaged muscular tissue and to ensure full operational capacity of living organisms.

With the scaleable range of the SMF, it can be applied to most, if not all humanoid and sentient beings in need of replacements for any muscle tissue. As it IS a means to replace muscle tissue, it also has the potential to be utilized in future cybernetic augmentations, limb replacements and even artificial organs through proper modification. The task for this design was handled by the N&Z Division on Mahporeem, where large swaths of the utilized materials were readily available, while the droid components come from the Industrial complex on Corvus, retaining a small production chain and thus a high production efficiency to maintain low cost without having to sacrifice quality in the process.

 

[Krass Wyms]

Approved