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Year unit: Whithon year
Yalin Arsenal
1. Overall area
Area: 1,200,000 square meters
Building area: 900,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
CNC machining center: High-precision multi-axis machining center for processing high-strength metals and composite materials.
3D Printer: Large metal printer used specifically to manufacture parts for aviation and space weapons.
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 500
Bombers: 250
Armed helicopters: 300
Tanks: 800
Armored combat vehicles: 1,200
Aircraft carrier: 5
Battleships: 10
Heavy weapons (e.g. artillery, missiles): 3,500 per year
4. R&D Department
Research and development personnel: 1,500, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 30-35 MWh, supplemented by renewable energy systems.
Water resources: Daily water requirements are approximately 1,000,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 6,000
Skilled workers: 3,000 people
R&D personnel: 1,500
Administrative and support staff: 1,500
Established: 28
Anne Arsenal
1. Overall area
Area: 1,130,000 square meters
Building area: 70,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 450
Bombers: 230
Armed helicopters: 280
Tanks: 810
Armored combat vehicles: 1,250
Aircraft carrier: 1
Battleships: 12
Heavy weapons (e.g. artillery, missiles): 3,450 per year
4. R&D Department
Research and development personnel: 1,200, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 30-35 MWh, supplemented by renewable energy systems.
Water resources: Daily water requirements are approximately 800,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 5,800
Skilled workers: 3,000 people
R&D personnel: 1,100
Administrative and support staff: 1,600
Established: 28
Wuxu Arsenal
1. Overall area
Area: 2,100,000 square meters
Building area: 1,780,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 950
Bombers: 480
Armed helicopters: 600
Tanks: 1,500
Armored combat vehicles: 2,300
Aircraft carrier: 1
Battleships: 30
Heavy weapons (e.g. artillery, missiles): 6,900 per year
4. R&D Department
Research and development personnel: 3,100, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 65-70 MWh, supplemented by renewable energy systems.
Water resources: Daily water demand is approximately 1,880,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 10,600
Skilled workers: 5,000 people
R&D personnel: 3,100
Administrative and support staff: 2,500
Time of establishment: 30
Zhifeng Arsenal
1. Overall area
Area: 1,800,000 square meters
Building area: 1,390,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 600
Bombers: 310
Armed helicopters: 450
Tanks: 1,000
Armored combat vehicles: 2,000
Aircraft carrier: 2
Battleships: 25
Heavy weapons (e.g. artillery, missiles): 5,900 per year
4. R&D Department
Research and development personnel: 2,800, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 65-70 MWh, supplemented by renewable energy systems.
Water resources: Daily water demand is approximately 1,880,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 8,500
Skilled workers: 3,500 people
R&D personnel: 2,800
Administrative and support staff: 2,200
Established: 35
Yi Ling Arsenal
1. Overall area
Area: 1,100,000 square meters
Building area: 850,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 530
Bombers: 250
Armed helicopters: 420
Tanks: 800
Armored combat vehicles: 1,700
Battleships: 26
Heavy weapons (e.g. artillery, missiles): 5,300 per year
4. R&D Department
Research and development personnel: 1,600, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 35-40 MWh, supplemented by renewable energy systems.
Water resources: Daily water requirements are approximately 1,200,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 6,700
Skilled workers: 3,100 people
R&D personnel: 1,600
Administrative and support staff: 2,000
Established: 35
Yi'er Arsenal
1. Overall area
Area: 3,500,000 square meters
Building area: 3,210,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
Metal forming machine: An advanced multifunctional forming machine that can handle high-hardness materials such as titanium alloys.
Automated assembly line: fully automated assembly of fighter jets, bombers and helicopters.
Test equipment: performance testing systems for high-precision radar and optical equipment, extreme environment simulation rooms (including simulation conditions such as high altitude, low temperature, strong wind, etc.).
Logistics equipment:
Automatic transportation system: unmanned logistics transportation network to accurately transport materials and finished products.
Warehouse management system (WMS): an intelligent system with automatic inventory and inventory forecasting functions.
3. Production capacity
Annual production volume:
Fighters: 1,500
Bombers: 520
Armed helicopters: 860
Tanks: 1580
Armored combat vehicles: 3,200
Aircraft carrier: 1
Battleships: 57
Heavy weapons (e.g. artillery, missiles): 5,300 per year
4. R&D Department
Research and development personnel: 4,300, responsible for developing new weapons and system integration.
facility:
Simulators and Virtual Test Platforms: Dedicated weapons performance, flight and battlefield simulation systems.
Labs: Multidisciplinary laboratories for materials science, quantum technology, artificial intelligence and fire control systems.
5. Safety facilities
Security monitoring: The entire factory is equipped with 5G-connected CCTV and advanced AI access control systems.
Explosion-proof facilities: Specialized explosion-proof areas for handling highly sensitive materials and munitions.
Fire Suppression System: Automatic induction and fire suppression system with chemical and electronic fire handling capabilities.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 88-100 MWh, supplemented by renewable energy systems.
Water resources: Daily water requirements are approximately 3,000,000 liters, mainly for cooling systems, testing facilities and fire protection purposes.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, in line with international environmental protection standards.
7. Staffing
Total headcount: around 14,400
Skilled workers: 5,100
R&D personnel: 4,300
Administrative and support staff: 5,000
Date of establishment: 88
Kishisugi Cold Snow Arsenal
1. Overall area
Area: 5,000,000 square meters
Building area: 4,980,000 square meters
Zoning: The arsenal is divided into R&D area, manufacturing area, testing area, warehousing area, administrative area, energy management area and defense area.
2. Equipment and facilities
Manufacturing equipment:
CNC machining center: A high-precision multi-axis machining center that handles high-strength metals and composite materials and is equipped with an automatic fault detection system.
3D Printer: Large-scale metal printer designed to manufacture aerospace, space, and maritime weapons components with multi-material printing and heat treatment capabilities.
Smart metal forming machine: An advanced multi-functional forming machine with adaptive technology that can automatically adjust pressure and temperature according to the material, processing high-hardness materials such as titanium alloy, ceramics, and carbon fiber.
Automated assembly line: Completely automated assembly of fighter jets, bombers and helicopters, equipped with machine vision inspection systems to achieve high-speed and precise assembly.
Plasma welding system: Extremely high temperature and precision welding equipment used for hull welding on aircraft carriers and battleships to ensure long-term durability.
Ultra-high-power laser cutting system: capable of cutting composite armor and ultra-hard materials, used to manufacture the core structure of armored vehicles and ships.
Additive manufacturing equipment: Using selective laser melting technology for additive manufacturing, it is suitable for the production of large-scale, precision weapons and vehicle parts.
Test equipment:
High-precision radar and optical equipment performance testing system: simulate actual combat environments to test and optimize weapon performance and detection equipment.
Extreme environment simulation room: simulates different climate, ocean and space conditions, used to test the stability of fighter jets, aircraft carriers and tanks in extreme environments.
Advanced power test system: a high-load test bed that can test the operating performance of aircraft and tank engines under overload conditions.
Logistics equipment:
Unmanned transportation system: An automated logistics network of unmanned vehicles and drones enables fast and accurate transportation of production raw materials, parts and finished products.
Intelligent Warehouse Management System (WMS): A system with automatic inventory, real-time inventory updates, predictive replenishment, and integrated RFID technology for inventory tracking.
Automated warehouse system: A vertical warehouse equipped with robots for automatic processing to enhance material storage efficiency and reduce manual intervention.
3.Production capacity
Annual production volume:
Fighter aircraft: 6,500, fully automated production process, with data-driven quality control system.
Bombers: 1,050, using additive manufacturing to make parts more efficient.
Armed helicopters: 1,250 units, integrated with the latest unmanned operating system modules.
Tanks: 5,890 units, using a smart vehicle production line where each vehicle can be inspected in real time during assembly.
Armored combat vehicles: 6,200 vehicles, with full digital control of the vehicle's power system and electronic equipment.
Aircraft carrier: 10 ships, built using modular design technology to complete structural assembly faster.
Warships: 138, equipped with remote automated welding technology to reduce manpower requirements.
Heavy weapons (such as artillery, missiles): 10,600 pieces per year, an ammunition production and storage system equipped with smart logistics management to achieve immediate production and distribution.
4.R&D department
R&D personnel: 12,300 people, specializing in the development of next-generation weapon systems, artificial intelligence technology and automated control systems.
facility:
Simulator and virtual test platform: It can simulate different combat conditions, conduct dynamic testing, and conduct remote collaborative research and development through virtual reality technology.
Artificial Intelligence Laboratory: Focuses on the development of automated weapon systems and unmanned vehicle technology, covering experiments on autonomous learning algorithms.
Quantum Communication Laboratory: Research quantum communication technology applied to military equipment to improve security performance.
Nanotechnology Laboratory: Committed to developing new protective materials and using nanotechnology to improve the protective capabilities of armor and aircraft.
Remote digital twin technology: real-time monitoring and optimization of the operating status of production equipment and weapon systems, and remote operation, maintenance and adjustment.
5.Safety facilities
Security surveillance: The entire factory is equipped with 5G-connected CCTV and an advanced AI access control system, with the introduction of facial recognition technology and infrared detection.
Explosion-proof facilities: Highly protected areas are specially designed to deal with various explosion risks, and are equipped with intelligent explosion warning systems.
Fire extinguishing system: Use automatic fire extinguishing drones for fire control and have environmentally friendly fire extinguishing technology, which can effectively deal with electrical fires and chemical fires.
6. Energy and infrastructure
Energy requirements: Daily electricity consumption of 150-180 MWh, supplemented by renewable energy systems including wind, solar and hydrogen fuel cells.
Water resources: The daily water demand is approximately 5,900,000 liters, mainly used for cooling systems, testing facilities and fire protection purposes. The water usage rate reaches 80% recycling.
Exhaust gas treatment system: Advanced exhaust gas capture and filtration system, with real-time monitoring and automatic adjustment of the treatment process according to emission conditions, in line with international environmental protection standards.
Smart grid system: Integrate distributed power generation, energy storage and intelligent power distribution technology to ensure efficient distribution and use of energy.
7.Staffing
Total headcount: around 38,800
Skilled workers: 15,500, specializing in high-end technical operations and automation management.
R&D personnel: 12,300 people, responsible for developing cutting-edge technology and weapons system integration.
Management and logistics personnel: 11,000 people, responsible for factory operation management and logistics support.
AI-assisted system: Factory management is fully digitized, AI optimization scheduling and logistics management is implemented, and an employee productivity improvement system is run.
Founded: 282 years
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