Airbus Innovates to Enhance Safety During Go-Arounds
Airbus is developing a 'soft' go-around technology to improve flight safety, while the FAA advances key infrastructure projects.
1 min readvia Simple Flying

Airbus is pioneering new technology designed to enhance safety during go-arounds, a common aviation maneuver. This 'soft' go-around technology reduces acceleration, helping to prevent spatial disorientation among pilots. The FAA is also updating its infrastructure to bolster safety in terminal airspace.
Go-arounds occur one to three times per 1,000 approaches in commercial aviation.
What has been confirmed
Airbus has confirmed it is developing 'soft' go-around technology that limits excessive acceleration. This innovation comes as modern aircraft with high-thrust engines operate in congested airspace, complicating go-around procedures. The FAA is actively working on its NextGen infrastructure to improve overall safety in terminal areas.Why it matters
Go-arounds are a routine part of air travel but carry inherent risks, particularly related to pilot awareness and control. Approximately 10% of go-arounds have been reported to have potentially hazardous outcomes. By addressing these safety challenges through technological advancements, the aviation industry seeks to enhance operational safety and efficiency.FlyMarshall context
Within the commercial aviation sector, go-arounds are an essential safety maneuver executed when an approach to landing cannot be safely completed. While typically uneventful, the complexity added by modern aircraft capabilities and dense airspace can lead to increased safety challenges. Airbus' advancements may provide pilots with better control during go-arounds, potentially reducing risk in such situations.What happens next
The development of Airbus' 'soft' go-around technology signals continued progress in aircraft safety innovation. The FAA also continues its efforts to roll out the NextGen program to further enhance air traffic control and safety. Both initiatives reflect a commitment to improving flight safety standards.Continue reading
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