STIC fuel systems

Performance Improvement NOW: If you are in pursuit of increases in torque, horsepower, acceleration, and reliability information; before you start buying parts and machining components; STOP AND READ THIS NOW. Most Internal Combustion Engine [ICE] induction, combustion and exhaust system informati…

Performance Improvement NOW: If you are in pursuit of increases in torque, horsepower, acceleration, and reliability information; before you start buying parts and machining components; STOP AND READ THIS NOW. Most Internal Combustion Engine [ICE] induction, combustion and exhaust system informational manuals do not represent the total truth or the final word! The principles of venturi concepts, air and fuel density, atmospheric pressure, etc., are openly discussed in most manuals. Most induction; carburetion and fuel injection performance manuals disclose structural and fundamental physical design that is common knowledge to all engines. Understanding how induction, combustion and exhaust systems work together in the Internal Combustion Engines [ICE]; requires a higher degree of information. While the aforementioned standard information is necessary; this is not the end of the information that you should be aware of; this standard information while necessary for your vocabulary and understanding; is not the end of the information that you should acquire. In order to develop the ultimate in performance systems; you must have the knowledge of conceptual physics. Be creative; find the maximum increases in torque, horsepower, acceleration, and reliability by looking outside the box! Do not assume that everything has been discovered and implemented in the almost 200-year history of development of the internal combustion engine and its related components. A must read fo