BAc 111

The landing at São Paulo-Congonhas Airport was completed in heavy rain falls. After touchdown on a contaminated runway, the airplane encountered difficulties to decelerate properly and as the end of the runway was imminent, the captain decided to veer off runway to the left. While contacting a waterlogged ground, the undercarriage were torn off and the airplane came to rest. All 88 occupants evacuated safely and the airplane was damaged beyond repair.

Just after liftoff, while in initial climb, the crew noticed a loss of power on the left engine. The captain decided to land back but the remaining distance was 950 meters only. Unable to stop in time, the airplane struck arresting cables installed for the Douglas A4Q Skyhawk of the Argentinian Navy. Impact caused severe damages to both wings and the airplane came to rest in flames as the fuel tanks were punctured. All 74 occupants were evacuated safely while the aircraft was damaged beyond repair.

Shortly after takeoff from runway 34 at Hamburg-Fuhlsbüttel Airport, while climbing to an altitude of 1,000 feet, both engine stopped almost simultaneously (the right engine failed immediately after the left engine). The crew declared an emergency and the captain decided to attempt an emergency landing on the Hamburg - Kiel Highway. On touchdown, the airplane slid for several yards, struck a concrete bridge, lost its wings and tail. It veered to the left and came to rest in flames, broken in two after the cockpit separated. A crew member and 21 passengers were killed while all others occupants escaped, 45 of them were injured. The aircraft was destroyed.

In flight from Tel Aviv to Bucharest, the crew was informed about bad weather at destination and was rerouted to Constanţa, about 200 km east of Bucharest. While approaching Constanţa-Mihail Kogălniceanu Airport, the crew encountered poor visibility due to fog. Descending too low, the airplane struck the ground and crashed in a field located about 5 km short of runway. Eight occupants were injured while 19 others were killed.

On final approach to Manila Intl Airport, the crew failed to realize his altitude was too low when the airplane struck the ground and crashed in flames some 22 km from the runway 24 threshold. A crew member (steward) and a passenger were rescued while 45 other occupants were killed.

On 14 January 1969 the crew flew from Gatwick to Rotterdam and return, following which they departed on a scheduled international flight Gatwick-Genoa-Gatwick. For this flight Captain A occupied the left-hand seat as pilot-in-charge, Captain B the right hand seat as co-pilot and Captain C the centre supernumerary seat as pilot-in-command, ultimately responsible for the correct operation of the aircraft. Before leaving Gatwick Captain A briefed Captain B concerning the co-pilot duties assigned to him. Although Captain C, as pilot-in-command, did not himself formally brief Captains A and B there was no doubt that they were aware of their respective tasks. On the flight from Gatwick to Genoa the aircraft was forced, due to unfavourable weather conditions at Genoa, to divert to Milan-Linate Airport where it landed at 1430 hours. Before commencing the return flight to Gatwick the crew had to await the arrival of the passengers from Genoa. This took place at 1930 hours. During the five-hour waiting period on the ground, the aircraft APU was kept in operation to ensure cabin heating and air conditioning. While Captain C tried unsuccessfully to sleep in the aircraft, Captains A and B inspected the aircraft and found ice on the wings and tail unit. The aircraft was subsequently de-iced. Before boarding the aircraft, Captains A and B made another external inspection of the aircraft and established that there was no ice on any part of it. The result of this inspection was duly reported to Captain C. Captains A and B carried out the pre-flight checks in accordance with the company checklist and verified that the take-off weight and aircraft loading were within the permitted limits. The crew occupied the same positions as during the previous flight, Captain A being in the left-hand seat, Captain B in the right-hand seat and Captain C in the jump- seat. In view of the weather, temperature and runway conditions, the crew decided to use the 18O flap setting, Spey 2 thrust (full thrust), engine anti-icing and the APU for cabin air conditioning. V1 and Vr were established at 117 kt and V2 at 127 kt. At 2018 hours, after clearance from Linate ATC, the engines were started and engine anti-icing selected "ON". There was a considerable layer of snow along the sides of the taxiways and runway, but they themselves were clear and usable. In view of the isolated patches of slush or water on the runway, Captain A considered it essential for the engine igniter switches to be selected "ON" during the entire take-off. At 2028 hours the aircraft was cleared to enter runway 18 and, after receiving the latest information concerning visibility and wind, it was cleared for take-off at 2031 hours. Before the brakes were released, a check was made of engine P7 pressures and of the other engine instruments which were found to be normal. At about 80 kt Captain A took over the aircraft's control column. The airspeed indicators showed regular acceleration and Captain A stated that just before 100 kt the engine instruments were also registering normally. V1 and Vr were called and the aircraft was rotated into the initial climbing attitude; immediately after or during this manoeuvre, a dull noise was distinctly heard by all the crew members. This noise was variously described by them as: "not like a rifle shot, not like the slamming of a door or something falling in the aircraft but more like someone kicking the fuselage with very heavy boots, an expansive noise covering a very definite time span with a dull non-metallic thud". The bang was immediately associated by the crew with the engines. After looking at the TGT gauges, and observing that No. 1 engine was indicating a temperature 20°c higher than that of No. 2 engine, Captain C said: "I think it's number one" or wards to that effect, and after a brief pause "throttle it". On receipt of Captain C's comment Captain A closed the power level of No. 1 engine. During or just after the explosion, he had completed the rotation manoeuvre and the aircraft was climbing at 12O of pitch with reference to the flight director. As a precaution, after closing No. 1 power lever he reduced the angle of climb to 6O. At the same time the co-pilot (Captain B) who had reached for the check list and was looking for the page relating to an engine emergency, became aware of a sharp reduction in the aircraft's acceleration; he noticed that the undercarriage was still down and he retracted it immediately. According to the crew the aircraft reached a maximum height of 250 ft, after which a progressive loss of momentum became evident. A maximum speed of 1401145 kt was achieved immediately after rotation, but it fell to 127 kt after No. 1 engine had been throttled back, These figures were consistent with those subsequently derived from the flight recorder. The crew said that the stick-shaker operated three times between 125 and 115 kt. The co-pilot had a vague recollection that the stick-push and the warning klaxon operated during the critical phase before impact. The pilot-in-charge remembered vaguely that someone said "raise the flaps", but no crew member remembers doing so or making the re traction. On looking out of the aircraft the crew saw the ground and the obstructions close at hand and realized that contact of the aircraft with the ground was inevitable and imminent. Captain A controlled the aircraft extremely well during the touchdown; the aircraft slid along the snow-covered surface, passing over small obstructions, and came to a halt 470 m from the point of first contact with the ground (see Fig. 1-11. The co-pilot operated both engine fire-extinguishers and Captain C ordered the pilots to leave the aircraft immediately via the side windows. During the ground slide an orange glow was seen to light up the glass panels of the windows for a short time. There was no fire. After closing No. 1 power lever, Captain A remembered having ordered the shutdown drill for this engine but he could not say for certain whether this wae dme. It was established, however, that Captain B closed both the HP cocks at the first sensation of ground contact.

The aircraft departed Elmira-Corning Airport at 1439LT on a schedule flight to Washington-National Airport, carrying 30 passengers and a crew of four. After takeoff, the crew was cleared to climb to FL160 when the airplane went into a nose-down attitude, plunged into the earth and crashed in a huge explosion in a wooded area located one mile east of Blossburg, Pennsylvania. The aircraft disintegrated on impact and none of the 34 occupants survived the crash.

Flight 250 was a scheduled domestic passenger/cargo flight from New Orleans, Louisiana, to Minneapolis, Minnesota, with intermediate stops at Shreveport, Louisiana, Fort Smith, Arkansas, Tulsa, Oklahoma, Kansas City, Missouri, and Omaha, Nebraska. The flight departed from New Orleans at 1835 hours CST and arrived at Kansas City without reported incident. It departed from Kansas City at 2255 hours on an IFR clearance to Omaha via Jet Route 41 at FL 200. Just prior to take-off, the flight was restricted to 5 000 ft due to conflicting traffic. When the flight was about 12 miles north of Kansas City, control of the aircraft was transferred to the Kansas City Air Route Traffic Control Centre (ARTCC). Radar contact was confirmed and the flight was cleared to climb to and maintain FL 200. After some discussion with ARTCC about the weather the flight crew advised that they would like to maintain 5 000 ft to Omaha. They reported they were at 6 000 ft and ARTCC cleared the flight to maintain that altitude until 5 000 ft was available. At 2303 hours the Kansas City ARTCC initiated a transfer of control of the flight to the Chicago ARTCC but before the transfer could be accomplished the flight requested and received permission from the Kansas City controller to deviate to the left of course. At 2306 hours the Kansas City controller cleared the flight to descend to and maintain 5 000 ft and contact the Chicago ARTCC. After some discussion of the weather as it was displayed on the Chicago controller's radar, the flight was advised that another Braniff flight, Flight 255, was on the same frequency and was at 10 000 ft climbing to 17 000 ft after departing Omaha. The crews of the two aircraft exchanged weather information and the crew of Flight 255 advised that they had encountered light to moderate turbulence from about 15 miles southeast of the Omaha airport and that it appeared they would be out of it in another 10 miles based on their radar observations. Flight 250 terminated this conversation at approximately 2308:30 hours. This was the last transmission received from the flight. Ground witnesses stated that they observed the aircraft approach and either fly into or over a shelf of clouds preceding a line of thunderstorms that was approaching frbm the north and northwest, and that shortly thereafter they saw an explosion in the sky followed by a fireball falling out of the clouds. The aircraft crashed at approximately 2312 hours, 7.6 statute miles on a true bearing of 024.50 from Falls City, Nebraska, at an elevation of 1 078 ft AMSL. All 42 occupants have been killed.

The crew was engaged in a local test flight at Wisley Airport. After a 2,5 hours flight, the instructor gave his seat to the copilot to carry out 2 familiarisation circuits and landings. On final approach, the airplane was slightly below the glide and struck the ground in a slight nose-down attitude, bounced to a height of 20 feet then struck the runway surface a second time. It bounced to a height of 50 feet then the nose gear struck the ground first and collapsed. Out of control the airplane skidded on runway, lost its right main gear and came to rest. All five crew members were uninjured while the airplane was damaged beyond repair.

The aircraft took off at 1017 hours GMT from runway 10, at Wisley Aerodrome on its fifty third test flight. It was to carry out stalling tests in all configurations with the centre of gravity at 0.38 SMC (standard mean chord), the furthest aft limit for which the aircraft had then been cleared. Based on the radio-telephony conversations recorded in the Wisley Tower and the flight recorders carried aboard the aircraft, the flight was reconstructed. Following take-off the aircraft climbed in visual meteorological conditions on a westerly heading to 17 000 ft while monitored by Wisley radar. At 1026 the co-pilot reported that they were about to commence tests at flight level 170. By 1035, four stalls had been completed with the undercarriage and flaps up. The co-pilot acknowledged a fix from Wisley at 1036 hours and nothing further was heard from the aircraft. The flaps were then lowered to to investigate the stalling characteristics in this configuration. The stall was initiated about two minutes after the last contact, when the aircraft was between 15 000 and 16 000 ft. Approach to the stall appears to have been normal. When attempting recovery, the elevators responded initially to the control movement but subsequently floated to the fully up position in spite of a large push force on the control column. The aircraft then descended in a substantially horizontal fore and aft attitude at about 180 ft/sec (54 meters per sec). During the descent it banked twice to the right and once to the left and at one stage the engines were opened up to full power. This action resulted in a large nose-up pitch which was followed by a pitch down when power was taken off. The aircraft then assumed the substantially horizontal attitude in which it made impact with the ground. The final portion of the flight was observed by numerous eye witnesses who commented on the low level of engine noise and a sharp report from the aircraft which was heard while it was in the air. The aircraft had approached from the southwest, in a stable stalled condition, and crashed at about 1040 hours in a flat attitude. Following impact, the aircraft moved forward about 70 ft and some 15 ft to the right before coming to rest. It exploded and caught fire. All seven crew members, four engineers and three test pilots, were killed.