Mallorca biplane crash kills pilot and son
Aircraft plunged into sea during aerobatics near Puerto Soller
The tragic incident involving a biplane off the coast of Mallorca has drawn significant attention as authorities work to uncover the details surrounding the crash. The aircraft, identified as a Team Rocket F-4 Raider, was engaged in aerobatic maneuvers when it suddenly plunged into the sea near Puerto Soller. Eyewitness accounts describe the plane flying dangerously low moments before the crash, raising concerns about the safety of such stunts in populated areas.
Emergency response teams initiated a search immediately after the crash, but initial efforts were hampered by darkness. The search resumed at first light, leading to the recovery of the bodies of the pilot and his son by the elite GEAS diving unit of the Civil Guard. The bodies were found near the wreckage, which lies at a depth of around 30 meters, approximately 100 meters from the shore.
The pilot, a seasoned aviator with a background in military and aerobatic flying, was reportedly well-regarded in the aviation community. His son, who was accompanying him on this flight, was only 13 years old. The loss of both lives has deeply affected the local community, with many expressing their condolences and shock over the incident.
Authorities have confirmed that no other individuals were on board the aircraft, and the investigation will focus on various factors that could have contributed to the crash. This includes examining the aircraft's mechanical condition, the pilot's actions leading up to the incident, and any environmental factors that may have played a role. The investigation aims to provide clarity and prevent similar tragedies in the future.
As the community mourns the loss of the pilot and his son, the incident serves as a stark reminder of the risks associated with aviation, particularly in performing stunts and aerobatics. The local police and aviation safety officials are committed to thoroughly investigating the circumstances to ensure accountability and enhance safety measures in the future.
