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At the ‘Swavlamban’ seminar hosted by the Naval Innovation and Indigenization Organisation (NIIO), Bitmapper Integration Technologies Pvt Ltd unveiled an innovative AI-based hardware and software solution – the Automated Gun Barrel Cleaning and Inspection Robot. This system represents a significant advancement in damage prognosis and health monitoring for large caliber gun barrels, rocket launchers, and torpedo tubes.

The Automated Gun Barrel Cleaning and Inspection Robot is a groundbreaking cleaning and inspection system developed entirely in India. This sophisticated robot combines a variety of sensors, deep learning algorithms, and cognitive computing to perform the critical task of cleaning and inspecting gun barrels with remarkable precision.

Key Features and Benefits:

  1. Modular Cleaning System: This robotic system is designed to be modular, offering superior cleaning capabilities in a fraction of the time compared to manual methods. It eliminates the need for extensive manual labor.
  2. Carbon Deposit and Fouling Removal: The robot efficiently removes carbon deposits, copper fouling, and post-combustion residues from gun barrels, ensuring optimal performance.
  3. Corrosion Protection: In addition to cleaning, the system also lubricates the barrel surface, protecting it from corrosion and extending its lifespan.
  4. AI-Powered Inspection: The robot employs artificial intelligence to inspect and identify uncleaned patches inside the barrel. Once identified, it automatically cleans these areas, leaving no room for oversight.
  5. Versatility: The system is suitable for both smooth and rifled gun barrels, making it adaptable to various artillery systems.

Utility Benefits:

The Automated Gun Barrel Cleaning and Inspection Robot offers numerous utility benefits, streamlining the maintenance of artillery systems:

  • Faster Cleaning: The robot completes cleaning tasks quickly, saving valuable time.
  • Reduced Manpower: It requires fewer personnel for maintenance and inspection.
  • Modular Design: Its modular nature allows for flexibility and scalability.
  • High-Torque Motors: Equipped with high-torque motors, it can handle tough cleaning tasks effectively.
  • Manual and Automatic Operation: It can operate both manually and in fully automated modes.
  • Live Monitoring: Operators can monitor its progress in real-time.
  • Flexibility in Power Requirements: The system can adapt to different power sources.

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