Satellite launcher-The future trend

 

The electromagnetic thruster is set to revolutionize spacecraft propulsion in the vacuum of space by eliminating the need for large quantities of fuel for power generation and thrust.

Traditional space travel requires carrying heavy fuel loads, which not only increases the spacecraft's weight but also limits its efficiency. To achieve successful missions, spacecraft must be equipped with advanced propulsion systems. As they travel from Earth into the vastness of outer space, a significant amount of fuel is consumed, relying heavily on the reactive forces generated from burning chemical fuels.
Fortunately, the latest advancements in electromagnetic thruster technology offer an exciting alternative, generating electricity through a unique internal combustion process. This innovative approach allows spacecraft to operate using electromagnetic thruster engines, igniting fuel with onboard oxygen.

By embracing this technology, we can usher in a new era of efficient and sustainable space travel, that promises to redefine our exploration of the universe. Here, we present a groundbreaking design for an internal combustion engine that could transform how we engage with space.

 

Electromagnetic propulsion systems have been created for space travel to address the limitations of conventional chemical propulsion. Unlike traditional fuel-based engines, electromagnetic thrusters do not depend on large fuel reserves for propulsion. This technology offers a more efficient and sustainable alternative to traditional engines, which require significant amounts of fuel.

 

 

Patent App :LK/P/1/22948- Sri lanka

Electro-magnetic thruster in the application of outer space navigation

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. Instead of delivering output in rotations, oscillator engines produce oscillations that are then converted into electricity. They operate in pairs as an alternative method to prevent excessive heat buildup during navigation in outer space, where cooling through circulation is not feasible. This design approach will help reduce the weight and size of the spacecraft, ultimately lowering costs. Additionally, the components will not be discarded into space or the atmosphere; rather, they will be reusable for future missions.

 

Our new design replaces mechnically operated valves in to electricaly operated valves, thereby reducing the weight and increasing the efficiency of engine by minimazing mechanical parts.

For spacecraft operation our choice is two stroke engines, with liquid or compressed oxygen injected into the combustion chamber.

The new spacecraft will feature four propulsion modules arranged around the rear of the capsule. The design allows for two engine modules to operate simultaneously while the other two remain inactive. This setup helps prevent engine overheating during extended use. When one set of engines is in operation, the inactive set has adequate time to cool down. This alternating operation during space cruises not only enhances efficiency but also provides ample space for the capsule and its equipment.

Attention Entrepreneurs and Investors!

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!