Growing Concerns Over Aviation Safety at Indian Airports
Indian airports are grappling with an alarming increase in 'wing clip' incidents and runway incursions, prompting serious questions about aviation safety standards. The most recent event saw the wings of an Akasa aircraft and a taxiing SpiceJet plane collide at Delhi airport, causing damage to both. Initial reports suggest the SpiceJet pilots executed a turn without receiving clearance from Air Traffic Control (ATC), leading to their immediate removal from duty along with the ATC officer pending an inquiry by the Directorate General of Civil Aviation (DGCA).
This incident is not isolated. Just two months prior, a major ground collision involving an Air India flight and an IndiGo flight was narrowly averted at Mumbai’s Chhatrapati Shivaji Maharaj International Airport. Earlier in the month, an unmanned catering truck struck an IndiGo aircraft at Kolkata airport, further underscoring the pervasive nature of these safety lapses.
Systemic Failures and Inadequate Oversight
A Parliamentary Standing Committee report from 2025 on civil aviation safety highlighted that AIRPROX (aircraft proximity) rates consistently exceeded acceptable benchmarks. The committee concluded that fundamental issues related to airspace management, standard operating procedures, and pilot-controller communication are not being effectively addressed by the DGCA.
The report also criticized the DGCA's Occurrence Review Board (ORB), stating it functions more as a data collection body than an agent for systemic change. The analysis of incidents often stops at immediate causes like 'pilot error' or 'controller error,' failing to delve into deeper, systemic root causes. This superficial approach means underlying conditions remain unaddressed, leading to a recurring cycle of similar incidents.
High Rates of Runway Incursions
Data from 2024 revealed that runway incursions by aircraft occurred at a rate of 14.12 per million movements, significantly surpassing the target of 9.78. Similarly, incursions attributed to a loss of situational awareness were 5.91 per million movements, against a target of 4.54. These are high-consequence events that directly risk ground collisions, indicating a breakdown in the safety management cycle's mitigation and prevention phases.
Technological Deficit in Air Traffic Control
The Air Traffic Controllers’ Guild (India) has brought attention to a critical issue: the slow pace of technological upgrades in India’s ATC infrastructure. Existing automation systems, particularly at high-density airports like Delhi and Mumbai, are showing significant performance degradation, including slow systems, data processing lags, and a lack of modern decision-support features. This directly compromises operational efficiency and safety margins.
Indian ATC systems lack advanced, integrated capabilities common in global counterparts, such as AI-enabled conflict detection, predictive analytics for traffic flow, and real-time data sharing. This technological gap places immense cognitive strain on air traffic controllers, forcing them to manually compensate for system shortcomings, increasing the risk of human error, and limiting airspace capacity.
Uncoordinated Growth: Fleet Size vs. Airport Capacity
Another major contributing factor is the unsustainable trajectory of uncoordinated growth between India's rapidly expanding airline fleet and its relatively static airport infrastructure capacity. Adding more aircraft without commensurate expansion in landing slots, taxiways, and parking bays inevitably leads to chronic congestion, delays, and a more complex operational environment.
This heightened complexity significantly increases the cognitive workload on both pilots and air traffic controllers, elevating the probability of safety lapses like ground collisions and runway incursions. The system's safety margins, designed to absorb unexpected events, are progressively eroded by this constant state of high-density operation. Without a national strategy to align these growth vectors, the aviation sector risks reaching a tipping point where safety margins become dangerously thin, turning growth into a significant liability.