A Smart Visual Docking Guidance System (SVDGS) has been indigenously developed by Startup M/s Inxee Systems Private Limited under the AAI Start-up Initiative “Innovate for Airports” funded by the Ministry of Civil Aviation, Government of India.
SVDGS has been successfully deployed at NSCBI Airport, Kolkata and its functionality has been fully certified and accepted by Airports Authority of India. It has successfully docked all aircraft types encountered such as: A320, A321, A319, A20N, A21N, B737-800, B737-800 Max, B738 among others including large aircrafts such as A330, A350, B747, B777 and B787-800. The product is ready for mass commercial deployment at all airports and can support all aircraft types.
Advertisement
About Inxee
Inxee is an electronics design and manufacturing company based in Gurgaon specializing in developing cutting-edge products and solutions. Inxee offers Original Equipment Manufacturing (OEM) and Original Design Manufacturing (ODM) services for various segments such as consumer, medical, defence and industrial electronics. Inxee expertise encompasses all aspects of product design and manufacturing: PCB, Embedded software, Electrical and Mechanical engineering. Inxee Founder Director Nate Srinath Nudurupati states “We welcome all potential clients, partners, associates, investors and collaborators to accompany us on our journey as we together strive to make India a viable and definite destination for OEM/ODM manufacturing of electronic products for the world.” For more details, visit https://inxee.com.
Advertisement
Introduction
Safe and precise docking of aircraft is of paramount importance in aviation operations. To assist pilots in this critical task, a SVDGS has been developed by leveraging cutting-edge technology to provide accurate guidance and improve situational awareness during aircraft docking. This article explores the features, benefits, and applications of the Smart Visual Docking Guidance System, highlighting its role in enhancing precision and safety for pilots while automating airport operations.
Overview of SVDGS
“Smart Visual Docking Guidance System (SVDGS) has been created using sophisticated technologies designed to assist pilots during the docking process, enabling them to safely manoeuvre aircraft into parking positions at airports. The system utilizes a combination of sensors, cameras, and advanced AI based computer algorithms to provide real-time guidance, feedback, and visualization to pilots, improving their situational awareness and precision during the docking procedure,” states Nate Srinath Nudurupati, Founder Director of Inxee.
Components of the Smart Visual Docking Guidance System are:
- Visual Display: SVDGS incorporates a large colour display that provides pilots with real-time visual information about the aircraft's position, alignment, and proximity to the docking point. This display offers a clear and intuitive graphical representation of the aircraft's movement, aiding pilots in making precise adjustments while docking their aircraft. The system alerts pilots in case the aircraft approaches the wrong parking stand.
- Camera System: Sophisticated camera system is incorporated in SVDGS overlooking the docking bay and provides live video feeds, allowing airport operators to maintain elevated levels of security in the apron area during and after the docking procedures. The system can identify obstacles in the aircraft path and abort the docking process during potentially hazardous conditions.
- Sensors: SVDGS incorporates multiple sensors to provide real-time feedback on the aircraft's position, ensuring optimal alignment and preventing any potential collisions or damage.
- Advanced AI based Computer Algorithms: SVDGS uses advanced AI based computer algorithms to provide real-time guidance information for the pilots.
- High-end CPU: To provide real-time performance with advanced AI based computer algorithms running, SVDGS incorporates high-end CPU to increase the docking accuracy.
- Multiple Communication Interfaces: SVDGS provides multiple wired and wireless communication interfaces to allow installations at all locations without any limitation.
Advertisement
Benefits and Applications of Smart Visual Docking Guidance System:
- Enhanced Safety: SVDGS significantly enhances safety during the docking process by providing pilots with improved situational awareness, reducing the risk of collisions with other aircraft, ground equipment, or infrastructure. The real-time visual feedback enables pilots to make precise adjustments and avoid potential hazards.
- Increased Precision: SVDGS systems offer pilots precise guidance, ensuring accurate alignment with the docking bay. This level of precision minimizes the chances of damage to the aircraft or the docking infrastructure and optimizes the efficient use of parking space at airports.
- Time and Cost Efficiency: By streamlining the docking process and reducing the time required for accurate alignment and parking, SVDGS contributes to increased operational efficiency and reduced turnaround times. This efficiency leads to cost savings for airlines and airports.
- Adaptability and Integration: SVDGS can be integrated with other aviation technologies. This integration allows for seamless communication between the aircraft, air traffic control, and ground personnel, further enhancing safety and efficiency.
- Automatic Billing: SVDGS accurately captures the aircraft airport usage information for airline billing purposes.
- Remote Bays and Remote Airports: SVDGS can be deployed at all remote bays far away from terminal buildings including remote airports.
Advertisement
Conclusion
Smart Visual Docking Guidance System has revolutionized the docking process for pilots, providing them with precise guidance and enhanced situational awareness during aircraft parking. Summarizing his invention, Nate Srinath Nudurupati added that “As technology continues to advance, we can expect further enhancements and innovations in SVDGS, further improving the safety and efficiency of aircraft docking procedures and automation of various airport operations.”
