Electro-magnetic thruster offers a method of propulsion in the vacuum of space and without emmision of large quantities of fuel as exhaust. Carrying exudous quantities of fuel increase the weight and size of the space craft.
Patent App :LK/P/1/22948- Sri lanka
Due to the significant amount of energy
required to escape Earth's gravitational pull, a large quantity of
fuel must be carried along with the spacecraft.
To tackle the challenge of generating thrust, the new propulsion technique
is used in these launch vehicle using electromagnetic thrusters powered
by internal combustion engines. These thrusters draw electricity from
various sources, including storage cells and solar panels, from electricity
generators coupled to internal combustion engines.
To provide the necessary combustible mixture for internal combustion
engines, we suggest an oxidizer, which can be in the form of compressed
gas oxygen alongside fuels such as gasoline, Liquefied petroleum gas,or
acetyleen.
2-stroke Internal Combustion Engine with Oscillating Flaps.
These engines are lightweight and generate high power by utilizing oscillating shafts. They operate in pairs as alternatives to prevent excessive heat buildup. This design approach will contribute to a reduction in the weight and size of the spacecraft, as well as lower costs. Furthermore, the components will not be discarded into space or the atmosphere; instead, they will be reusable for future missions.
A revolutionary product is poised for a major breakthrough in the marketplace.
Thrusters are the future of vehicle propulsion, and we are convinced that all new vehicles will incorporate this cutting-edge technology. Their exceptional speed and efficiency make thrusters the smart choice for the vehicles of tomorrow.
The inovator is actively seeking a visionary entrepreneur or investor to partner with and transform this groundbreaking idea into reality. If you have the drive and resources to make a difference, now is your chance to step forward and seize this opportunity!
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For more details Contact : Leelananda Jayasuriya
E-mail : leel6391@yahool.com
For more information contact : Leelananda Jayasuriya
Last edited : On 27th May 2024 by Leelananda Jayasuriya.