Constructing a Thermal Lining for Rocket Tubes Demands a Massive Do-It-Yourself Spin-caster

In an exciting development, the organisation [BPS.space] has made significant progress in their model rocket projects. The team, led by an unnamed individual, has successfully tackled a long-standing issue: coating the inside of a rocket motor tube with a thermal liner.

The problem, as it turns out, lies in the thick and poor-flowing nature of the uncured thermal liner. This substance, essential for the rocket's performance, has proven to be a tricky component to work with, making it difficult to distribute evenly.

To address this challenge, [BPS.space] innovatively developed a machine called the Limb Remover 6000. This incredible device spins an 18 kg metal tube at up to 1,000 rpm, ensuring an even distribution of the uncured thermal liner.

The spin-casting process, while conceptually straightforward, has proven to be challenging in practice. [BPS.space]'s first attempt was unsuccessful, but they persisted, learning from their mistakes. The second attempt, with careful attention and adjustments, was a success.

The successful spin-casting resulted in a propulsive landing of a model rocket, marking a significant milestone for the team. The tube after the second attempt was cool enough to touch after a few minutes, indicating that the process had worked as intended.

This tip comes from Keith, who has been following [BPS.space]'s progress closely. The organisation, known for building model rockets that tend to increase in size, continues to make strides in the field, overcoming obstacles and pushing the boundaries of what's possible.

As [BPS.space] continues to make progress, we can't wait to see what they achieve next. The solution to the thermal liner problem has resulted in one less problem to solve, paving the way for even more exciting advancements in the world of model rocketry.