Orbitron's new development, which began in 2019, was a departure from the old power module.
Microreactors have succeeded in dramatically improving performance and reducing costs.
The development took about three years, but the result was a great success.
Because I discovered a revolutionary binder.
This is a realm that absolutely no one can enter.
The binder I found was very effective, but it was difficult to get it to adhere to the metal plate.
The factory manager overcame this problem brilliantly.
This time, a new analysis system has been introduced.
This analysis system considers a wide range of materials and derives rational answers.
This analysis system allows for various analyses to be performed, shortening development time and reducing costs.
Also, choose the most efficient materials.
I've been doing some testing over the past few days, and I've been able to find some new materials and decide to use some materials that I had been hesitant to use until now.
I also found some materials that could be removed because their effects overlap.
In fact, it also helps with the production of the GLi model.
Just as basic science is important, applications are not possible without a solid foundation.
The patented technology that has been protected since 2017 has now become something of an ancient relic.
Pseudo-reactors have also appeared, but if today's Orbitrons are like Aegis ships or F22s, then those manufactured based on patented technology could be said to be like the Battleship Yamato or the Zero fighter.
Even if we develop it with that goal in mind, its capabilities are limited.
We are already developing the next generation Aegis system and sixth generation fighter jets.
This GLi system has revealed the potential for a core that surpasses the QUAD microreactor, of which there are only 10 in the world.