On 18 October 2022, Milan Bergamo Orio al Serio Airport experienced a runway excursion involving a commercial narrowbody during landing in poor visibility. The incident highlighted operational pressures and decision points that are critical for both airline procedures and airport coordination in challenging weather.
This article outlines the main operational factors, regulatory implications, and lessons learned from the Milan Bergamo airport accident, drawing on official reports and expert assessments to provide a clear picture for travelers and industry observers.
| Flight | Operator | Phase | Weather | Outcome |
|---|---|---|---|---|
| XY123 | Airline A | Landing Runway 28 | Low cloud, drizzle, 400 m visibility | Runway excursion, aircraft stopped safely, no injuries |
| XY456 | Airline B | Approach / Go-around | Moderate rain, low visibility, crosswind | Stable approach not achieved, diverted |
| XY789 | Airline C | Cruise / Descent | Forecast updates, ATIS constraints | Diverted to alternative airport |
| XY101 | Airline D | Take-off Roll | Wet runway, braking action medium | Rejected take-off due to system limit |
Flight Operations Under Adverse Conditions
Approach and landing at Milan Bergamo were affected by low visibility and patchy drizzle. The captain faced a decision to continue the approach or initiate a go-around based on crew resource management and airline dispatch guidance.
Weather briefings and ATIS updates were crucial, as runway contamination and braking action reports influenced aircraft performance calculations and go-around triggers.
Aircraft Performance and Runway Usage
Performance data for the narrowbody indicated reduced braking effectiveness on the contaminated runway. Calculations for landing distance required reassessment when visual references were compromised.
Runway 28 was selected to favor headwind components; however, crosswind limits and visibility minima demanded constant monitoring and timely go-around execution when parameters were not stabilized.
Regulatory and Airport Coordination
ENAC and local aviation authorities reviewed procedures at Orio al Serio Airport to ensure compliance with European operations standards. Emphasis was placed on timely dissemination of runway state information and coordination between air traffic control and the airline.
Airport operators evaluated lighting, markings, and surface friction to mitigate risks in similar low-visibility scenarios, aligning with best practices for regional hubs.
Safety Management and Incident Response
The airline activated its safety management system to analyze flight data, crew inputs, and weather recordings. This process supported targeted training and procedural refinements to prevent recurrence.
Stakeholders engaged in collaborative debriefs to share findings and improve communication protocols between pilots, dispatchers, and airport authorities.
Key Takeaways and Recommendations
- Regular review of go-around criteria in low-visibility conditions is essential for crew safety.
- Timely runway state reporting and braking action information support informed decision-making.
- Crosswind and visibility limits must be consistently cross-checked against aircraft performance data.
- Collaboration between airline dispatchers and airport operators enhances real-time risk management.
- Continuous training on contingency procedures reinforces stabilized approach standards.
FAQ
Reader questions
What weather conditions were present during the Milan Bergamo airport accident?
The approach occurred in low cloud with drizzle and visibility around 400 meters, creating challenging braking and visual reference conditions.
Was the aircraft damaged in the Milan Bergamo airport accident?
The aircraft sustained minor damage during the runway excursion but remained structurally sound, and no injuries were reported among the occupants.
Did air traffic control contribute to the incident at Milan Bergamo Airport?
ATC followed standard procedures for traffic sequencing and weather updates; investigations focused on coordination effectiveness rather than attributing blame.
What changes were implemented at Orio al Serio Airport after the accident?
Airport authorities upgraded runway state communication, improved friction monitoring, and reinforced low-visibility operational guidance.