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Fastest Engine in the World

[Category : - MECHANICAL ENGINEERING- Automotive Accessories - Motors]
[Viewed 24 times]

The Helical Fuel Engine: A Next-Generation Internal Combustion Innovation
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Conclusion

This internal combustion engine is a groundbreaking innovation, delivering unprecedented rotational speeds thanks to its streamlined design of only three main moving parts that work in perfect harmony like interlocking gears. Its lightweight structure and minimal component count make it cost-effective and easy to manufacture.
The engine’s unique design eliminates the need for traditional valve systems, oil pumps, and water pumps, as it autonomously handles air intake, exhaust, and cooling during operation. This results in superior efficiency, minimal vibrations, near-silent operation, and significantly reduced fuel consumption and emissions, making it environmentally friendly. Versatile in application, the engine is ideal for use in cars, aircraft, motorcycles, power generators, and more.
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The Idea of Work

(Please refer to the attached pictures for further clarification)

The engine primarily consists of three main components: the main rotor and two secondary rotors that rotate in sync with it, similar to gears. This smooth and seamless motion significantly enhances the engine's efficiency, minimizes noise and vibrations, and enables it to achieve remarkably high rotational speeds.
The processes of intake, compression, and combustion of the fuel-air mixture occur automatically within the hollow helical pathway embedded in the main rotor. These operations are seamlessly initiated as the main rotor and its accompanying secondary rotors begin to rotate, ensuring optimal performance and mechanical harmony.
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Readiness for Manufacturing

The invention is supported by a highly advanced and meticulously detailed 3D model, developed using cutting-edge computer software. This 3D model is engineered to a professional standard, including every minute detail, down to individual screws and fasteners. The design is fully optimized for immediate manufacturing in any medium-capacity workshop without requiring additional adjustments.
Accompanying the model are comprehensive scientific explanations and precise engineering drawings, providing all necessary technical details for production and implementation. The readiness level of this invention ensures that it can transition seamlessly from design to manufacturing, making it both practical and highly feasible for various applications.
Patent application (Publication Number: WO/2018/233796) guarantees intellectual property protection and facilitates commercialization.
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Key Features and Advantages

1- Key Features and Advantages: Unmatched Rotational Speeds:
With only three primary moving parts that interlock and rotate in harmony like precision gears, the Helical Engine achieves rotational speeds far beyond conventional designs, unlocking new possibilities in power and performance.

2- Lightweight and Cost-Effective:
Its streamlined design minimizes the number of components, reducing manufacturing complexity and cost while ensuring a compact, lightweight structure ideal for a wide range of applications.

3- Exceptional Efficiency: The innovative design eliminates the need for traditional systems such as valve trains, oil pumps, and water pumps. The engine autonomously manages air intake, exhaust, and cooling functions with minimal energy loss, resulting in significantly reduced fuel consumption.

4- Ultra-Low Vibrations and Noise: The balanced rotary mechanism ensures near-zero vibrations and minimal noise, delivering a smoother and quieter operation compared to traditional engines.

5- Eco-Friendly and Versatile: By optimizing combustion and minimizing emissions, the Helical Engine aligns with the global shift toward sustainability. Its adaptability makes it ideal for diverse applications.
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Applications:

A) Cars of all kinds (including racing cars), motorcycles and heavy-duty equipment. Because of its high power, lightweight, fuel economy, low cost, and low vibration and noise.

B) Generating cheap electricity: due to its high efficiency and fuel economy.

C) Rotating the aircraft propellers: because of the very high rotational speed and fuel economy (and thus a lighter weight for the aircraft).

Financial information

I am open to any form of collaboration or the sale of intellectual property rights.

Patent publications:

WO 2018233796

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