Aviation experts and senior pilots have pointed to low visibility conditions as a possible factor in the aircraft incident involving Ajit Pawar, following reports that weather conditions were poor at the time of the flight’s operation. While investigations are still ongoing, early assessments suggest that visibility may have played a critical role during the crucial phase of the aircraft’s movement.
According to aviation professionals, reduced visibility — often caused by fog, haze, or low cloud cover — significantly affects a pilot’s ability to visually acquire the runway or maintain spatial awareness, particularly at smaller airports with limited navigational aids. In such situations, pilots rely heavily on instruments, and even minor discrepancies can increase operational risk.
Pilots familiar with similar conditions explained that when visibility drops below safe limits, standard procedures require a go-around or diversion. However, repeated attempts or marginal weather improvements can sometimes lead to complex decision-making, especially if the airport lacks advanced systems such as an Instrument Landing System (ILS) or full air traffic control support.
Experts have also noted that regional or smaller airstrips are more vulnerable during poor weather because they depend largely on visual flight conditions. Any sudden change in wind direction, fog density, or ground visibility during approach or landing can create unexpected challenges, even for experienced crews.
Authorities have stated that all aspects of the incident are being examined, including weather data, pilot actions, aircraft performance, and airport infrastructure. The aircraft’s flight data and cockpit voice recordings, if available, are expected to provide clarity on what transpired in the final moments.
Officials have urged caution against speculation, stressing that low visibility is only one of several factors under review. A comprehensive investigation will determine whether weather conditions alone were responsible or whether a combination of environmental, technical, and operational elements contributed to the incident.
