According to the Civil Aviation Ministry, the Point-in-Space (PinS) procedure is designed to improve the safety and reliability of helicopter operations, particularly during adverse weather conditions and in regions where ground-based navigation aids are unavailable. The system allows pilots to carry out accurate instrument approaches using satellite-based navigation, ensuring greater operational efficiency and enhanced accessibility under challenging flying conditions.
The PinS procedure was developed by the Airports Authority of India (AAI) and received approval from the Directorate General of Civil Aviation (DGCA), marking a major advancement in India's aviation infrastructure and navigation capabilities.
Civil Aviation Minister Ram Mohan Naidu described the approval as the beginning of a new era in helicopter operations, stating that the milestone will significantly enhance flight safety, operational efficiency, and all-weather accessibility. He said the government remains committed to adopting modern technologies and building a globally benchmarked, technology-driven helicopter ecosystem capable of supporting the country's growing aviation requirements.
The Civil Aviation Ministry stated that the approval of the first Private PinS instrument approach procedure will pave the way for similar implementations across the country. The initiative is expected to benefit emergency medical services, disaster relief operations, tourism, offshore activities, pilgrimage services, corporate aviation, and regional connectivity while substantially improving the safety, efficiency, and reliability of helicopter operations nationwide.
The approval of the first Private Point-in-Space instrument approach procedure at Undavalli Heliport represents a major step forward in India's aviation modernization efforts. By expanding the use of advanced satellite-based navigation technology, the initiative is expected to strengthen helicopter operations across multiple sectors while reinforcing the country's commitment to safer, more efficient, and technology-driven air transportation.
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