The base's specially designed air cushion system, like a magical device, allows the base to navigate any challenging terrain with ease. When the base reaches rugged mountain terrain, the air cushion system begins to perform its unique function. The air cushions rapidly expand, forming giant, soft support pads. These cushions automatically adjust their shape and pressure distribution to the undulating terrain and sharp rocks. On steep slopes, the air cushions appear to possess a sensory perception, holding the base steady and enabling it to easily cross huge rocks and bottomless ravines. Even facing near-vertical cliffs, the air cushions cleverly adjust their pressure to provide sufficient cushioning and support, allowing the base to scale them like a nimble mountain goat. When stuck in muddy swamps, the air cushion system demonstrates its remarkable adaptability. The special texture and tiny pores on the cushions' surface come into play, rapidly dissipating excess mud and water, increasing friction with the ground and preventing the base from sinking into the deep mire. At the same time, the air volume within the air cushion automatically increases, providing greater buoyancy, allowing the base to glide through the mud like a light boat, without being trapped by the sticky mud. On the vast plains, the air cushion system provides the base with extreme speed and stability. The fully inflated air cushion creates a minimal contact area with the ground, reducing frictional resistance. The base soars across the flat terrain like an arrow from a bow. Even over slight undulations and potholes, the elasticity of the air cushion effectively absorbs shock, ensuring a smooth and comfortable ride, free from the bumps and shakes caused by slight changes in the terrain. Whether navigating precipitous mountains, formidable swamps, or endless plains, this specially designed air cushion system allows the base to forge ahead fearlessly, becoming an invincible traveler who can conquer any terrain.

As the base moved, its interior seemed like a self-contained, stable world, its various facilities operating smoothly and methodically. Inside the control room, rows of sophisticated instruments and flashing screens watched staff intently monitor movement data and facility status. Despite the base's bumpy ride, an advanced vibration damping system ensured the stability of the control console, allowing operators to precisely control and monitor the equipment. In the energy supply room, the powerful power core continuously and steadily outputted energy. A protective housing constructed of new metal and sophisticated thermal and acoustic insulation minimized the vibration and noise generated by the core's operation. Regardless of the base's movement, energy distribution and transmission remained flawless, providing ample power to every corner. In the medical area, advanced medical equipment continued to operate normally. The operating table lights remained bright and soft, and various test instruments displayed precise data, fully prepared for any possible injuries or illnesses. The bed's stabilizer ensured the safety and comfort of patients during movement, allowing medical staff to provide treatment and care as they would in a stationary environment. In the living area, the kitchen stove burns steadily, producing delicious meals. The water supply system continuously supplies clean water, ensuring the proper functioning of washing and shower facilities. The air conditioning system regulates the temperature and humidity, ensuring a comfortable environment for people on the move. In the laboratory, researchers remain unaffected, continuing their experiments and research. Precision instruments accurately measure and analyze data, ensuring that experimental samples remain in excellent condition in a stable environment. In the warehouse, supplies are neatly stored, and an automated management system precisely records the arrival and departure of every item, ensuring the orderly distribution of supplies. The smooth operation of all these facilities within the mobile base not only demonstrates their high reliability and stability, but also provides a solid foundation for the base's continued development and progress.

During the base's move, people's lives and work continued smoothly and orderly as usual, as if the massive movement hadn't occurred at all. In the living area, children played and laughed in their cozy rooms. The soft carpet remained unwrinkled by the movement, and their toys were neatly arranged, not a single slip or fall. Adults sat on comfortable sofas, reading or chatting quietly, their teacups resting firmly on the coffee table, without a single sway or spill. In the dining room, families gathered around the table, enjoying a delicious meal, the aroma of food wafting from their plates, not a single spillage from the movement. In the bedrooms, beds were neatly made and comfortable, and people slept soundly, unperturbed by the movement, their breathing even and calm. In the work area, office workers stared intently at their computer screens, their fingers tapping briskly on the keyboards, their documents neatly arranged on their desks, untouched by the jolt. In the conference room, people discussed plans intensely, and the data on the large screen was clear and stable, with the projection equipment showing no signs of shaking or loss of focus. On the factory floor, workers expertly operate their machines, and products flow continuously down the production line, their quality undiminished by the relocation of their base. In research laboratories, scientists focus intently on their experiments, their microscopes clearly visible, their instruments operating with precision, recording every precious bit of data. At school, teachers deliver lively lectures, their handwriting neatly printed on the blackboard, and students listen attentively and take notes. Desks and chairs are stable, and books don't fall. In the library, readers sit quietly, immersed in a sea of knowledge, their books neatly arranged on the shelves, unshaken by the movement. In this stable environment, people's rhythms of life remain uninterrupted, and their work efficiency remains unaffected. Within their mobile base, they pursue their dreams and aspirations, as if the relocation is merely a natural phenomenon, their lives and work already integrated into this stable space.

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