Fibonacci Motors
Repowering Our Planet, One Nation at a Time

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  • What is the Fibonacci Engine?
    • Frequently Asked Questions (FAQs)
  • Why it Works Efficiently
  • 15 Key Design Criteria
  • Our Cogeneration System
    • Unique Design Features
    • Combined Heat Cycles
    • Marine Applications
  • Status of Patents
    • Overview of Heat Engines
    • External Combustion-How it works
  • Historic Rotary Engines
  • Testimonial Letter
  • Contact Information
  • There
    have been hundreds, if not      thousands of attempts over the past 130 years to
    design an effective,      efficient rotary steam engine.  There      are
    currently many contemporary rotary engine designs in various stages of     
    development. To date, it appears each has
    been shown to have one or more fatal design flaws. 

  •     Typically, when one design problem is
    solved, the      so-called 'solution' creates even more design problems. An example of this flawed
    approach to engine design  is the internal      combustion engine. 
    Engineers keep      adding on components in order to reduce emissions, yet the
    fatal design flaws inherent within the engine itself, are      hardly ever
    acknowledged.  

  •  
     
    The FE
    incorporates Key Design
    Discoveries
    everyone
    observes everyday. The most important and critical  of all the  Design
    Keys is the use of the Fibonacci mathematical Ratio (1 to 1.618 . . .
    .)

  •  In order to fabricate a truly efficient
    Rotary Expander Vane Engine, the Fibonacci Ratio, as well as  the
    Golden Mean Ratio, must be taken seriously.  

  • Other critical design keys have been discovered over the last 10 years of intense Research
    & Development. These additional  Design Keys were also embodied into the
    final fabrication stages of the  Fibonacci Steam
    Engine
    (FE-2), shown in the Videos to the right.

  • The application  of these
    critical design keys has provided the solutions necessary to overcome  the
    historic problems
    typically associated with rotary
    vane
    devices.

  •  For  example, the Fibonacci Seal System does not
    create excessive friction,  yet provides excellent sealing, even with
    rapid  variations in internal  temperature ranges, as well as wide
    fluctuations in internal vapor  pressures. The seal mechanisms self-adjust, are
    self-sealing, and also function as sliding valves.


    •     The      FE (φ) can run on steam produced from heated water, yet
      is      completely safe. Why? The water is not heated in a high pressure      Boiler,
      but rather in a low- pressure Vapor Generator.  The Engine Housing itself,
      can function      as the key component as its own Vapor Generator.
                                Repowering our Planet, One Nation at a Time
                   Copyright (c) 2014-2024          Fibonacci Motors Corporation                          
               All Rights Reserved,
    Patent(s) issued & Pending