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DIAGRAM IN WATER
Ballast tank
Ballast tank
AIR
AIR
AIR
Air
Air
AIR
CEMENT
water
water
Surfaced
AIR
water
CEMENT
water
Openings
Openings
Diving
AIR
CEMENT
Submerged
LEISURE SUBMARINE
BATTERY
MOTOR
SPEED REDUCER
COUPLING
VIRTUAL REALITY
PLOTTING COMPOUNDS
SEALING SOLUTIONS
DC MOTOR
NITROGEN
NITROGEN FOR FIRE SUPPRESSION
THE INTRODUCTION OF REMOTE CONTROL, SELF-DETONATION SUBMARINE - NJORD
A remote-controlled self-detonation submarine, proudly Made in Malaysia by Malaysians, is an innovative, autonomous underwater vehicle (AUV) designed for strategic missions such as defense, exploration, and environmental monitoring. This cutting-edge submarine navigates deep waters autonomously or via remote control and features a self-detonation mechanism, making it a formidable offensive or defensive asset. Manufactured with advanced engineering expertise, these submarines can be deployed for various critical operations, from neutralizing enemy fleets and demolishing underwater threats to dismantling obsolete or hazardous structures and performing high-risk reconnaissance missions. They are a vital resource for enhancing the security of Malaysia's territorial waters by neutralizing hostile vessels or potential hazards. Designed to emphasize stealth, maneuverability, and precise targeting, these submarines incorporate sophisticated AI, remote communication technologies, and advanced sensor systems. They function independently, relaying real-time data to command centers with pinpoint accuracy, even in volatile underwater environments. Constructed with state-of-the-art carbon fiber materials, these submarines are lightweight, noiseless, and nearly undetectable. Operating around the clock, they are ideal for underwater surveillance and other missions requiring prolonged activity. Additionally, each submarine has two detachable rovers for specialized combat missions, enhancing its versatility. This achievement showcases Malaysian innovation and engineering excellence, cementing the nation's position as a leader in advanced naval technology.
Njord Submarine
1. Product Name/Signature
Njord Submarine
2. Basic Functional Description, Purpose
• Description: Autonomous Underwater Vehicle (AUV) / Remotely Operated Vehicle (ROV) capable of exploration, surveillance, and industrial tasks. Purpose: Military reconnaissance, deep-sea exploration, pipeline/cable inspection, or scientific research. •
General Specifications
3. Length:
• 7.3 meters
4. Width/Diameter:
• 1.8 meters
5. Material (Body):
•
Rowin Fibre & fibre
6. Material (Other):
Composite materials for payload housing
•
•
Alloy / aluminium
7. Weight (Empty and Loaded):
Empty: 700 kg
•
•
Fully Loaded: 2,000
kg 8. Payload/Cargo:
• Up to 1300 kg of modular sensors, equipment, or scientific payloads
10. Operating Temperature:
• -30°C (insulated battery cases) to 40°C
Power Train/Propeller
11. Motor Type/Power:
• Brushless electric motor with 20 kW output, optimized for efficiency and endurance.
12. Anticipated Max Speed Before Cavitation:
•
10 knots
13. Operation Noise Level and Spectrum:
• Ultra-low acoustic signature, below 45 dB in the 10 – 20 kHz range for stealth operations.
14. Battery Type and Capacity:
• High-density lithium-ion battery with a 200-kWh capacity.
15. Average Action Radius:
• 120 nautical miles
16. Standby Time (Loitering):
• Up to 200 hours (on low-power mode at the seafloor).
Electronics and Navigation
17. Standard Control Electronics:
Integrated control systems with AI-based adaptive navigation.
•
•
Multiple redundancy layers for mission-critical systems.
18. GPS System:
Satellite-based GPS for real-time global positioning.
•
•
Military-grade encrypted GPS system for secure and precise navigation.
•
High-accuracy positioning system with redundancy for enhanced reliability.
19. SONAR (Active/ Passive):
Active SONAR: High-frequency imaging SONAR for real-time terrain mapping.
•
•
Passive SONAR: Long-range detection for covert monitoring.
20. Data Communications:
• Supports multiple bands: VLF, HF, VHF, and acoustic transmission for underwater communications.
21. IR Cameras:
• High-definition infrared cameras for thermal and low-light imaging.
22. Light Sources (IR and Visible):
IR lights: Covert operations (invisible spectrum)
•
•
Visible light: LED arrays with 10,000 lumens output for deep-sea visibility.
23. PIX Transmissions and Data Storage:
Real-time HD data/image transmission.
•
•
Onboard data storage: 2 TB SSD for long missions.
Special Features
24. Weaponry Provision:
• Modular rails for sensor payloads, weapon systems, or additional tools.
25. Additional Capability:
• Can attach two rovers for mission-specific tasks, enhancing operational versatility. Modular rails for sensor payloads, weapon systems, or additional tools. •
26. Air
• Nitro tank attachments
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