6.1 Power System Integration, Fraught with Peril
The power system was assembled by connecting 8,000 lithium batteries (salvaged from shared power banks) into a supercapacitor array, which was then installed in the spaceship's energy compartment.
Charging lines and control circuits were connected to ensure the batteries could supply power to the spaceship safely and stably.
While organizing the lithium batteries, Lín Xuān accidentally knocked over a pile, scattering them everywhere. He helplessly crouched down and picked them up one by one, saying, "These batteries are more mischievous than I am!" When installing the charging lines, the circuits were intricate, and he accidentally crossed a wire, emitting a burst of sparks that startled him.
"Fortunately, it was just a false alarm. If I had burned the batteries, we'd be in big trouble!" He quickly re-checked the lines to ensure they were connected correctly.
Finally, when testing the entire energy system, it was discovered that one battery set had abnormal voltage. After investigation, it was found to be poor contact between the connection pieces. After re-securing them, the power system finally operated stably.
During the power system integration, Lín Xuān deeply felt the challenges and risks brought by technology. A small mistake could lead to severe consequences.
While addressing the issues, he pondered the importance of technology in their survival: "Electricity is the heart of the spaceship. Without a stable power supply, all our efforts would be in vain. Technology is powerful, but we must also use it with care and caution."
When the power system finally operated stably, he wiped the sweat from his forehead, filled with a sense of accomplishment: "It wasn't easy, but it's finally done. Now we have power assurance in space!"
6.2 Rocket System Construction, Steady Progress
The rocket system construction was also not easy.
The prefabricated rocket engines were installed at the bottom of the rocket body and secured with robust connecting parts.
During installation, the weight of the engines made ROB1's operation difficult, and Lín Xuān nervously directed from the side: "Slower, slower, don't tilt it!"
Next, the rocket fairing was installed. Recycled metal plates were processed into suitable shapes and covered the nose of the rocket to reduce air resistance.
While processing the plates, the cutting tool suddenly stopped working. Lín Xuān tinkered with it for a long time before discovering the blade was worn. After replacing the blade, work continued.
Finally, the rocket fins were installed. Old metal strips were used to make the fins, which were then installed at the tail of the rocket body at specific angles and spacing to ensure stable flight.
ROB1 utilized its processing capabilities to cut and shape the recycled metal strips, while Lín Xuān was responsible for installation and angle calibration. Every step proceeded steadily, with no room for carelessness.
During the rocket system construction, Lín Xuān and ROB1 cooperated seamlessly. They knew the rocket was their key tool for escaping Earth, and every step was critical to the success of the entire plan.
While installing, Lín Xuān reflected on the rocket's working principles and the power of technology: "Rockets can break through Earth's gravity and take us to space. Behind this is the support of countless scientific principles. Although we are using simple materials, as long as we grasp the scientific methods, we too can create miracles."
When the rocket system was finally constructed, he looked at the rocket before him, filled with anticipation and nervousness: "It all depends on whether you can get us out smoothly!"
6.3 Joint Debugging, A Battle Against the Odds
After the separate assembly of the rocket and spaceship, came the joint debugging of the rocket and spaceship, the final and most crucial hurdle before launch.
Checking the connection points between the rocket and the spaceship to ensure they were firm and well-sealed, Lín Xuān used testing tools to carefully inspect every screw and weld, not overlooking any detail.
Then, the overall electrical system was tested to check for normal signal transmission between the rocket's ignition system and the spaceship's navigation and control systems.
During debugging, various operating conditions of rocket launch and spaceship flight were simulated to comprehensively test the entire system.
Initially, there was signal interference between the rocket's ignition system and the spaceship's navigation system, causing abnormal navigation data.
"We can't falter at this critical moment!" Lín Xuān was extremely anxious. Under the guidance of Quantum Spirit, he and ROB1 shielded the lines. After re-debugging, the signal finally returned to normal.
After a series of tense debugging and troubleshooting, the entire system finally met the launch requirements. Lín Xuān looked at the rocket and spaceship before him, his emotions a mix of nervousness and anticipation; this was their hope in a battle against the odds.
During the joint debugging process, Lín Xuān endured immense psychological pressure. He knew this was their last chance; if the debugging failed, all their efforts would be in vain.
Every time a problem was discovered, he put all his effort into solving it, with only one belief in his heart: "It must succeed!"
He also deeply realized the systematic nature and complexity of technology; a minor signal interference could affect the operation of the entire system.
When the system finally met the launch requirements, he sat on the ground, unable to calm down for a long time.
He looked at the rocket and spaceship, filled with emotion: "We actually did it. The power of technology is truly boundless! But there are still unknown challenges ahead, and we must not let our guard down."