The aircraft carrier has over 3,800 compartments; it is truly enormous.

China's Shandong aircraft carrier has a height equivalent to more than 20 floors, a length exceeding 300 meters, and accommodates over 3,600 compartments. Comparatively, the Liaoning carrier has even more compartments, totaling 3,857.

On a global scale, aircraft carriers from various countries typically have thousands of compartments internally.

With so many compartments, do crew members get lost?

Take Russia's Admiral Kuznetsov as an example. This carrier is 284 meters long, 72.3 meters wide, has a full load displacement of 67,500 tons, and contains 3,565 compartments internally.

Breaking it down from the flight deck downward, Admiral Kuznetsov has 7 decks separated by 11 watertight bulkheads, totaling 3,857 designated areas.

These areas include fuel and freshwater tanks, ammunition depots, hangars, maintenance rooms, power compartments, as well as crew quarters, mess halls, and offices.

Above the flight deck is the superstructure, standing at 32 meters high, housing command positions, senior quarters, electronic equipment, and workspaces.

Compared to the compartments below the flight deck, the superstructure resembles a regular office building and is easier to navigate.

Despite the relative simplicity of the superstructure, the thousands of compartments inside an aircraft carrier indeed pose challenges for navigation.

So, how do crew members avoid getting lost?

To quickly adapt to carrier life, sailors' first assessment upon boarding is navigation without getting lost within 10 minutes from their living quarters to their work stations.

They interpret directions using compartment door numbers and swiftly navigate to their destinations.

Due to the varied types and numerous quantities of compartments, the numbering on carrier compartments isn't simple; it's a code.

For example, "01-29-6-L" indicates a compartment on the main deck's first level, at rib number 29 (distance from the bow), sixth from the centerline, and designated for living quarters.

Once familiar with this numbering system, even new recruits can find their way around the carrier, at least knowing their approximate location.

The living and working environment on a carrier is vastly different from land, demanding that crew members not only adapt to its unique rhythm but also master skills to handle emergencies proficiently.

Each sailor's living quarters serve as their daily rest and living space, equipped with basic amenities like beds, lockers, and bathrooms.

Due to limited space, sailors maintain high discipline to keep their quarters tidy and orderly.

The mess hall on a carrier is a crucial social space where sailors gather for meals. It not only provides three meals a day but also special dining services during holidays or significant events.

Equipped with advanced cooking and storage facilities, the galley meets the dietary needs of thousands of sailors.

The office areas are primarily for daily management and command operations aboard the ship.

Commanders and senior officers handle various affairs here, from drafting operational plans to executing mission orders.

These areas typically feature modern communication and information processing equipment to ensure efficient and accurate information flow.

The flight deck is one of the carrier's most critical operational areas, used for the takeoff and landing operations of carrier-based aircraft.

The hangar is where carrier-based aircraft are parked and maintained.

Operating the flight deck requires highly organized and coordinated efforts, while the hangar requires daily inspections, maintenance, and repair to keep carrier-based aircraft in optimal condition.

The power compartments are the carrier's "heart," providing necessary power.

Maintenance rooms are for daily maintenance and emergency repairs of equipment and systems.

Working in these areas demands high technical skills from the crew, requiring specialized knowledge and expertise.

To ensure carrier efficiency and crew safety, regular training and emergency drills are conducted onboard, covering fire response, personnel evacuation, medical rescue, and more.

Fire is one of the most dangerous accidents aboard a carrier, necessitating sailors to be adept at fire prevention and firefighting measures.

Fire drills include identifying sources, using fire extinguishers, maintaining firefighting equipment, and familiarizing escape routes.

In emergencies, rapid and orderly personnel evacuation is crucial. Evacuation drills involve familiarizing evacuation routes, identifying assembly points, and conducting personnel accountability to ensure all sailors can evacuate promptly and safely to designated safe areas.

Carriers are equipped with medical facilities and trained medical personnel to handle various medical emergencies.

Medical rescue drills include emergency treatment of casualties, use of medical equipment, and arranging follow-up treatment to ensure timely and effective medical assistance in emergencies.

A carrier is not only a symbol of military power but also a home for its crew.

Living and working together on a carrier fosters a unique culture and spirit among sailors.

Carrier operations heavily rely on teamwork; sailors must closely cooperate to accomplish tasks collectively.

Team spirit is crucial not only in daily tasks but also in emergencies.

Discipline is indispensable aboard a carrier; every sailor must strictly adhere to regulations.

Sense of responsibility is essential in carrying out missions, ensuring sailors fulfill their duties under any circumstances.

As members of a carrier crew, each sailor bears the mission of safeguarding national security and honor.

They take pride in their carrier, striving to contribute their efforts in their respective roles.

With technological advancements, carrier design and capabilities continue to evolve.

Future carriers will be more intelligent and automated, equipped with enhanced combat and self-defense capabilities.

Future carriers will integrate more advanced technologies like intelligent monitoring systems for real-time parameter monitoring and automated equipment for routine maintenance and repairs.

Advanced weapon systems and combat platforms will further enhance carrier's comprehensive combat capabilities.

For instance, future carrier-based aircraft will have improved stealth and strike capabilities, while drones will enhance the carrier's operational effectiveness.

Future carriers will feature advanced defense systems, such as laser weapons and electromagnetic guns, significantly enhancing their defense capabilities to ensure survival and combat effectiveness in complex battlefield environments.

In conclusion, as the core strength of modern navies, aircraft carriers feature complex internal structures and diverse functions. Through rigorous training and assessment, sailors proficiently manage carrier operations and emergency measures.

With technological advancements, future carriers will be more intelligent, automated, and capable, continuing to play a crucial role in safeguarding national security and interests.