By A Delhi airport ground collision between a taxiing SpiceJet Boeing 737 and a stationary Akasa Air jet has prompted India’s aviation regulator, the DGCA, to launch a formal investigation. The incident, which damaged both aircraft’s winglet and horizontal stabilizer, occurred during busy afternoon operations at Indira Gandhi International Airport. No injuries were reported, but the event has raised fresh concerns over taxiway safety and apron congestion.
A ground collision between two Boeing 737 aircraft at Indira Gandhi International Airport (IGI), Delhi, has triggered a regulatory investigation, after a taxiing SpiceJet aircraft struck a stationary Akasa Air jet, causing structural damage to both aircraft on April, 16 2026
The incident occurred at approximately 14:15 local time when a SpiceJet B737-700 (VT-SLB), arriving from Leh, was taxiing toward its assigned bay. During taxi, its right winglet struck the left horizontal stabilizer of an Akasa Air Boeing 737 MAX positioned on the apron.
Damage:
• SpiceJet: Right winglet
• Akasa Air: Left horizontal stabilizer
Both aircraft were grounded for inspection.
India’s aviation regulator (DGCA) has launched a formal investigation on this Delhi airport ground collision. The SpiceJet pilots and involved ATC personnel have been removed from duty pending investigation.
Passengers & Impact:
No injuries were reported. Passengers were safely disembarked and alternative arrangements were made. Minor operational disruptions were reported at the airport.
Operational Analysis:
This incident highlights risks in high-density apron environments including:
• Tight aircraft clearances
• Human factors in taxi coordination
• Situational awareness limitations
The investigation will focus on ATC communication, taxi procedures, and apron congestion. Possible outcomes include revised safety procedures and updated operational guidance.
Ground incidents, though often minor, reflect critical safety gaps. As airport congestion grows, precision in ground operations becomes increasingly essential.
