Aerospace Propulsion Systems
Silent, clean, environmentally firendly engines
Conventional rocket engines
They require huge amounts of rocket fuel; which in itself is very heavy.
A great part of the thrust and energy is used in lifting all the rocket propellant required to get out of orbit. 80% of the load is rocket fuel.
This means enormous, heavy, costly spacecraft.
The whole system is inefficient!
Use liquid and solid propellant
Produce polluting exhaust gasses
Are extremely noisy
Have considerable vibration
Our rocket engines
Our silent powerful propulsion systems will enable speeds never seen before.
They can function in and out of the atmosphere and even under water!
Do not use liquid or solid rocket fuel
Do not produce exhaust gasses
Are environmentally friendly!
Can work even underwater
SpaceX use Raptor engines and solid fuel rocket boosters.
A Raptor engine costs €1m USD - SpaceX plan to bring this cost down to €250k
Fuel usage is an additional €200k per launch.
“Reusing a Falcon 9 rocket costs €15 million, according to Elon Musk.
€10 million is needed to produce a new upper stage, he said, and of this amount, the majority goes toward construction. Each time we launch it, we need a new one since it is not reusable (and will never be)”.
Rocket engines are constructed of superalloys, they are complex, expensive and prone to a high rate of failure.
Rocket engines, are not very efficient, they cannot use oxygen from the atmosphere and launch vehicles using rocket engines must carry large quantities of both fuel and oxidizer.
Our propulsion system
Aerospace Propulsion Systems aim to enable fast, safer, and cheaper space travel through our solar system.
Low cost
Environmentally friendly
Do not use liquid
or solid propellant
Silent
No exhaust gasses
No vibration
Does not require large
heavy rocket design
Small powerful
lightweight units
Completely reusable
with no wearing parts
This means that spacecraft in future will be: smaller, lighter, cheaper to operate, can be fully reusable, able to take off and land anywhere, will not need heat shields, can function anywhere even under water, able to reach much faster speeds over 10x present speeds or more
Our partners
