Future Aerospace Engineering is committed to the design and manufacturing of engines capable of low orbit flight, with the application of our skilled members of staff going into all components made in-house.
Engine manufacturing is the process of designing, building, and testing engines that provide thrust for rockets. These engines are complex pieces of machinery that require specialized knowledge and expertise to produce.
The process of rocket engine manufacturing begins with the design phase, where our engineers or your own create detailed blueprints and specifications for the engine. This includes selecting materials, determining the size and shape of various components, and designing the fuel and oxidizer delivery systems.
Once the design is complete, the manufacturing process can begin. This typically involves using specialized machining tools to cut and shape the various components of the engine, such as the combustion chamber, nozzle, and turbopumps. These components are then assembled using precision welding, brazing, or bonding techniques.
After the engine is assembled, it undergoes a series of tests to ensure it is functioning properly. These tests can include static firing tests, where the engine is fired while anchored to the ground, as well as hot-fire tests, where the engine is fired in a simulated launch environment.
Rocket engine manufacturing requires a high degree of precision and quality control, as even minor defects or errors can result in catastrophic failure during a launch. As a result, manufacturing facilities must adhere to strict safety protocols and quality standards to ensure the engines are reliable and safe to use.
If you are interested in this service, please fill out the form below so that we can get in touch.
To enable a quicker and more direct repsonse please indicate your parameters/requirements, this will allow us to provide a timely specification on engine suitability.