Incident Overview

Description
Whilst conducting a flight from Luton to Malaga, with the first officer as the handling pilot, the aircraft commander collapsed and died during the descent from cruising level shortly before the approach to Malaga Airport. A heart attack (cardiac arrest) was suspected as the cause. The first officer was able to make a safe landing. According to the following extract from the official AAIB report into the accident: “The flight, which was otherwise uneventful, took off on schedule at 14:40 hours, with the first officer as the handling pilot. It was planned to land at Malaga at 17:15 hours. From its cruising level of FL370, the flight was initially cleared to descend to FL330 at 16:26 hours. Then, at about 16:45 hours it was re-cleared to FL70. At about 17:05 hours, as the aircraft was descending through about FL150, the crew was given a radar heading of 180 degrees to position for a direct intercept of the ILS for Runway 14 at Malaga. At this time, although nothing had been said, the first officer noticed that the commander appeared to be struggling for breath and so he pressed the cabin crew call button twice to summon assistance. The No 1 cabin attendant heard the double chime and picked up the interphone to hear the first officer ask for assistance.She went into the flight deck and, seeing the commander slumped and apparently unconscious, pulled him upright and locked his harness. She then slid his seat back, reclined it and removed his feet from the rudder pedals. She also loosened his collar and tie and, having selected 100% oxygen, placed his crew oxygen mask on him. The No 2 cabin attendant, who had also listened to the interphone,came onto the flight deck with a ‘therapeutic’ oxygen set and then returned to the cabin to make a PA asking for any doctor or medically qualified person to make themselves known. The No.1 attendant, believing that she heard the commander making small noises, felt for a pulse in his neck, but she was unable to detect any pulse. The No 2 attendant then escorted a nurse onto the flight deck but she was equally unsure whether there was a very faint pulse or none at all. Having tried unsuccessfully to strap the nurse into the jump seat, the attendants tried to fold down the left observer’s seat but this was not possible because of the commander’s rearward seat position. As the landing was bythen imminent, the No 2 attendant returned to the cabin and took charge. The nurse returned to her seat, with the intention to return immediately after landing, and the No 1 attendant stayed with the commander. When, as instructed, the first officer changed radio frequency to Malaga radar, he informed them that there was a medical emergency on board and that medical assistance would be needed on landing. He stated his intention to stop the aircraft on the runway as there was no steering tiller for the right hand seat and aircraft steps would be required to attend to the casualty. After repeating his request, he added that it was the commander who was incapacitated. He was then re-cleared to 5,500 feet and a little later, he asked whether he was cleared for the ILS. He was instructed to turn left onto 165 degrees for the intercept. Just as the aircraft levelled at 5,500 feet the terrain closure rate warning of the Ground Proximity Warning System (GPWS) sounded. This quickly turned into the ‘hard’warning “PULL UP, PULL UP”. The GPWS appears to have been triggered by the aircraft’s flight path over a 4,000 foot ridge to the north-east of the airfield; the radio altimeter indications did not decrease below 1500 feet at this stage. The first officer immediately disconnected the autopilot, applied power and climbed to about 6,000 feet, where the aircraft broke cloud and he levelled off. The flight director captured the localiser at about 12 nm DME, some 2,000 feet above the glideslope and, as the first officer could then see the ground and the airfield, he initiated a fairly steep descent, using FLAP 5 degrees,spoilers and landing gear. He retracted the spoilers and extended flap progressively as the aircraft settled on the glideslope and he made a normal landing. With the rudder pedal steering, hewas able to turn onto a high-speed turn-off, where he brought the aircraft to a standstill, started the APU and shut down the engines. When the cabin crew disarmed and opened the doors, a paramedic was waiting but, as the steps had not arrived, he was unable to board the aircraft. The steps arrived two or three minutes later and the paramedic boarded and went onto the flight deck, where the Nos 1 and 2 attendants, together with the nurse, were taking turns to apply Cardio-Pulmonary Resuscitation (CPR). The nurse then went aft and the paramedic gave the commander an adrenaline injection. The first officer then told the cabin crew to close the doors and the aircraft was towed to the parking area whilst the crew continued with CPR. An ambulance arrived and a stretcher was brought to take the commander, accompanied by the No 1 attendant,to the local hospital, where he was taken to the intensive care unit. A few minutes later, it was announced that he had died” A contemporary press report (see link #3) named the pilot as Captain Roger Attenborough, aged 54, of Kempston near Bedford.
Source of Information
https://assets.digital.cabinet-office.gov.uk/media/5422fb15ed915d1371000809/dft_avsafety_pdf_500079.pdf, http://www.caa.co.uk/aircraft-registration/, http://www.heraldscotland.com/news/12046501.Pilot_died_doing_job_he_loved/https://assets.digital.cabinet-office.gov.uk/media/5422fb15ed915d1371000809/dft_avsafety_pdf_500079.pdf, http://www.caa.co.uk/aircraft-registration/, http://www.heraldscotland.com/news/12046501.Pilot_died_doing_job_he_loved/Primary Cause
Heart attack (cardiac arrest) triggered by a complex sequence of events including a re-clearing to FL70, a radar heading change, and a sudden cessation of oxygen supply.Heart attack (cardiac arrest) triggered by a complex sequence of events including a re-clearing to FL70, a radar heading change, and a sudden cessation of oxygen supply.Share on: