Crafting a Homemade Spin-caster Necessary for Thermally Coating Rocket Tubes
In a groundbreaking advancement, space technology company BPS.space has successfully tested their innovative machine, the Limb Remover 6000, designed to coat the inside of rocket motor tubes with a thermal liner.
The Limb Remover 6000, named for its ability to spin an 18 kg metal tube at high speeds, is a potential danger due to its rotational power. However, BPS.space has meticulously designed the machine to ensure safety during operation.
The thermal liner application process, a crucial part of rocket production, has been a challenge due to the thick and goopy nature of the uncured liner. The mixture is so thick that it doesn't pour well, making the process of evenly distributing it along the length of the tube difficult.
To overcome this hurdle, BPS.space has employed a unique method called spin-casting. This process involves placing the goop inside a tube, then spinning the tube at high speed to evenly distribute the goop before it cures. BPS.space uses a giant syringe to carefully distribute the uncured thermal liner during spin-casting.
However, the first attempt at testing the thermal liner application process was unsuccessful. The organization learned from this setback and made necessary improvements to the process. The second test, marked by [Keith]'s tip, was a resounding success.
The successful test resulted in a 12-second burn, a significant achievement for BPS.space. The tube after the second test was not melted and was cool enough to touch briefly after a few minutes, indicating that the thermal liner application process now results in a functional rocket tube.
This successful test marks a significant milestone for BPS.space in model rocket development. The organization, known for creating model rockets that tend to increase in size, continues to push the boundaries of space technology. Despite the challenges, BPS.space remains committed to improving the thermal liner application process further to ensure the production of safe and efficient rockets.
