N586BCBeech B200

On January 19, 2010, at 0715 central standard time, a Hawker Beechcraft Corp. B200, N586BC, operated by Blue Cross and Blue Shield of Iowa (BCBS) received substantial damage on impact with terrain during landing on runway 31 at Sioux Gateway Airport/Col. Bud Day Field (SUX), Sioux City, Iowa. Instrument meteorological conditions prevailed at the time of the accident. The pilot, copilot, and two passengers were uninjured. The 14 CFR Part 91 business flight was operating on an instrument flight rules flight (IFR) plan. The flight originated from Des Moines International Airport (DSM), Des Moines, Iowa, at 0636, and was en route to SUX.

The right seat pilot said that for the first leg of a flight the flying pilot is the pilot-in-command (PIC) The PIC obtains weather and files the flight plan. On the day of the accident, there were four legs scheduled; the left seat pilot was to fly the first two legs, and the right seat pilot was to fly the remaining two legs. Both pilots obtained weather information and discussed the weather displayed on the WSI screen for SUX and Rapid City Regional Airport (RAP), Rapid City, South Dakota. They both discussed the weather and that there was a “good chance” that they may not be able to land at SUX. RAP was chosen as the alternate airport because it was their second destination. The right seat pilot said the weather in RAP was “good.” The right seat pilot later stated that he didn’t know what alternate airports were filed by the left seat pilot, whether it was RAP or Joe Foss Field Airport (FSD), Sioux Falls, South Dakota.

The right seat pilot stated that they departed from DSM and were en route to SUX where they were going to pick up two additional passengers. The right seat pilot said that he and the left seat pilot felt no pressure in completing the accident flight, and that the company would not question them if they didn’t complete a flight.

The right seat pilot stated that while en route to SUX, the cloud tops were at 16,000 feet. He said that the left seat pilot never told him that he didn’t want to perform the approach. He thought they were in visual meteorological conditions when they began the approach and guessed that the cloud tops were 3,500 feet. They obtained the SUX automatic terminal information service (ATIS) prior to the beginning the approach and also obtained a new ATIS report “shortly” before they received vectors onto the approach course.

According to a recording of air traffic control communications, N586BC was instructed to change to SUX tower frequency from SUX approach control frequency while the airplane was on the instrument landing system (ILS) runway 31 approach. N586BC contacted the tower and was issued runway 31 touchdown and rollout runway visual ranges (RVRs) of 1,800 feet. (A 2,400 feet RVR equates to 1/2 statute mile (SM) and a 1,600 feet RVR equates to 1/4 SM).

The right seat pilot stated that when they arrived at the approach minimums, they had the runway environment in sight. They saw lights at 250 feet, and saw the runway at decision height. The right seat pilot said there was “no question” that the left seat pilot did not go below minimums. At less than 100 feet, the right seat pilot turned off the yaw dampener, turned on the landing lights, and called reference (REF) speeds at 100 feet and 50 feet. The left seat pilot used approach flaps and a “little” higher REF speed. At less than 100 feet, the right seat pilot told the left seat pilot that he was not lined up with the runway, to which the left seat pilot responded, “those are edge lights” and “oh yeah, I see what I’m doing.” The left seat pilot added “a little” power to correct, which carried the airplane down the runway. The airplane touched down 3,000 – 3,500 feet down the runway, near the intersection of runway 35, with the left main landing gear off the runway surface. The airplane then veered off the runway.

According to the left seat pilot’s statement, the flight was uneventful from DSM to SUX. The visibility was reported at ½ mile and an indefinite ceiling of 100 feet. He stated that the transition from instrument flying to visual flying was made into a white-on-white landscape. The pilot also stated that this was not a reportable accident.

According to the Federal Aviation Administration (FAA), the airplane touched down about 2,800 feet down runway 31 with the left landing gear off the runway surface. The airplane nose landing gear collapsed, and the nose section and avionics were damaged. The airplane sustained buckling of the underside fuselage skin and damage to the nose section structure.

There had been no arrivals at SUX by other aircraft prior to the accident flight.

The left seat pilot, age 55, held an airline transport pilot (ATP) certificate with an airplane multiengine land rating and an airplane single-engine land rating with commercial privileges. He held a Cessna 560XL type rating with a limitation of SIC privileges only. He also held a flight instructor certificate with an airplane single-engine rating, which expired September 30, 1989. He accumulated a total flight time of 6,018 hours, of which 1,831 hours were in the accident airplane make and model.

The left seat pilot had been employed as a pilot since 1987 with three commercial operators and his last employment was with a Part 135 operator based in Ankeny, Iowa. He was then employed as a pilot by Wellmark, Inc. (BCBS aviation department) on April 24, 2002, and served as PIC on the company B200 and as second-in-command on the company’s Cessna 560XL. He received recurrent annual pilot training on the B200 airplanes through CAE SimuFlite located in Dallas, Texas. On June 25, 2009, he completed his last flight review during B200 recurrent training at CAE SimuFlite. He has attended SimuFlite for B200 recurrent training annually since employed by Wellmark, Inc.

The right seat pilot, age 36, held an ATP certificate with an airplane multiengine land rating and an airplane single-engine land rating with commercial privileges. He held a Cessna 560XL type rating with no limitations. He also held a flight instructor certificate with an airplane single-engine rating, multiengine, and instrument airplane ratings. He held a ground instructor certificate with an advanced rating. He accumulated a total flight time of 6,892 hours, of which 2,186 hours were in the accident airplane make and model.

The right seat pilot, age 36, was employed as a pilot since 2001 at the Part 135 operator where the left seat pilot had been employed. The right seat pilot provided ground and flight instruction for private, commercial, and instrument ratings at the Part 135 operator’s Part 61 flight school and also instruction for the operator’s Part 135 flight department. He was then employed as a pilot by Wellmark, Inc. on January 3, 2005, and served as PIC on the company’s B200 and Citation Excel. He received recurrent annual pilot training on B200 airplanes through CAE SimuFlite located in Dallas, Texas. On August 31, 2009, he completed his last flight review during B200 recurrent training at CAE SimuFlite. He has attended SimuFlite for B200 recurrent training annually since employed by Wellmark, Inc.

The DSM automated surface observing system (ASOS) recorded the following observations:

At 0554, wind - 120 at 5 knots, visibility - 1/4 statute mile (SM), runway 31 runway visual range (RVR) - 2,600 feet variable 3,000 feet, weather phenomena – moderate freezing fog (FZFG), sky condition - overcast 100 feet above ground level (AGL), temperature - -4 degrees Celsius (C), dew point - -6 degrees C, altimeter – 29.96 inches of mercury (Hg), remarks: …surface visibility - 1/2 SM…

At 0654, wind - 140 degrees at 6 knots, visibility - 1/4 SM, RVR runway 31 - 2,000 feet variable 2,600 feet, weather phenomena - moderate FZFG, sky condition – overcast 100 feet AGL, temperature - -4 degrees C, dew point - -6 degrees C, altimeter – 29.97 inches of mercury (Hg), remarks: …surface visibility - 1/2 SM…

The SUX ASOS recorded the following observations:

At 0552, wind – 130 degrees at 5 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – vertical visibility (VV) 100 feet AGL, temperature - -4 degrees C, dew point - -6 degrees C, altimeter 29.92 inches Hg…

At 0652, wind – 120 degrees at 6 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – VV 100 feet AGL, temperature - -4 degrees C, dew point 6 degrees C, altimeter 29.91 inches Hg…

At 0725, wind – 120 degrees at 8 knots, visibility – 1/4 SM, weather phenomena – moderate FZFG, sky condition – VV 100 feet AGL, temperature - -4 degrees C, dew point - -7 degrees, altimeter 29.91 inches Hg…

The FSD ASOS recorded the following observations:

At 0540, wind – 160 degrees at 6 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – overcast 100 feet AGL, temperature - -8 degrees C, dew point - -9 degrees, altimeter 29.89 inches Hg…

At 0736, wind – 140 degrees at 6 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – overcast 300 feet AGL, temperature - -8 degrees C, dew point - -9 degrees, altimeter 29.87 inches Hg…

FSD ASOS recorded observations continued to report visibility – 1/2 SM and sky condition – overcast 300 feet AGL until 0806 when visibility became ¼ SM and sky condition became broken 100 feet AGL.

The Pierre Regional Airport (PIR), Pierre, South Dakota, ASOS recorded the following observations:

At 0553, wind – 130 at 12 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – VV 100 feet AGL, temperature - -4 degrees C, dew point - -4 degrees C, altimeter 29.71 inches of mercury…

At 0653, wind – 130 degrees at 14 knots, visibility – 1/2 SM, weather phenomena – moderate FZFG, sky condition – VV 100 feet AGL, temperature – 4 degrees C, dew point - - 4 degrees C, altimeter 29.70 inches of mercury…

The PIR ASOS recorded from 0710 – 1153, visibility – 1/4 SM and sky condition – VV 100 feet AGL.

RAP ASOS reported on the day of the accident, visibility – 10 SM and sky condition – clear.

The SUX ILS 31 standard instrument approach procedure had straight-in approach minimums 1,296 feet mean sea level and 2,400 foot visibility (200 feet above runway threshold and 1/2 SM visibility).

SUX has the following runways: 13/31 (9,002 feet by 150 feet, grooved concrete) and 17/35 (6,600 feet by 150 feet, asphalt/porous friction courses).

The SUX ILS 31 instrument approach chart depicts runway 31 as having medium intensity approach light system with runway alignment indicator lights (MALSR) and high intensity runway lights (HIRLs). The chart did not indicate nor was the runway equipped with in-runway lighting (runway center line lighting or touchdown zone lighting).

The airplane was not equipped with a flight data recorder or cockpit voice recorder nor was it required under operations conducted under Part 91.

According to the company’s Aviation Department Flight Operations Manual (December 2009), Takeoff Considerations and Landing Considerations states in part:

Takeoff Weather Minimums - Should a departure be planned at a point where weather conditions are below published landing minimums, a takeoff will not be made unless a suitable alternate airport is available within one hour at normal cruise speed with one engine inoperative. This is to ensure a landing capability in the event of an emergency shortly after takeoff. The weather at such alternate airport should be forecast to be at or above landing minimums for at least one hour before and after the anticipated arrival time.

Minimum Visibility Takeoff – For all takeoffs, the visibility shall not be lower than that required to maintain runway alignment solely by outside visual reference to cockpit instrumentation.

Landing – Weather Minimums – FAR 91 rules for instrument approaches shall apply. The corporation authorized the PIC, at his discretion, to initial a ‘look-see’ approach to MDA or DH when reported weather is below published weather minimums. In this case, the flight crew should be prepared to immediately initiate the prescribed missed approach procedure if the airport is not in sight of the MAP. However, a flight may not be initiated to a destination that is below published landing minimums unless trends indicate that weather will be at or above landing minimums prior to the arrival at the destination.

The Instrument Flying Handbook (FAA-H-8083-15A), Chapter 2, Takeoffs and Departures, Takeoff Minimums, states in part:

While mechanical failure is potentially hazardous during any phase of flight, a failure during takeoff under instrument conditions is extremely critical. In the event of an emergency, a decision must be made to either return to the departure airport or fly directly to a takeoff alternate. If the departure weather were below the landing minimums for the departure airport, the flight would be unable to return for landing, leaving few options and little time to reach a takeoff alternate.

The FAA established takeoff minimums for every airport that has published Standard Instrument Approaches. These minimums are used by commercially operated aircraft, namely Part 121 and 135 operators. At airports where minimums are not established, these same carriers are required to use FAA designated standard minimums (1 statute mile [SM] visibility for single- and twin- engine aircraft, and 1/2 SM for helicopters and aircraft with more than two engines).

Aircraft operating under Part 91 are not required to comply with established takeoff minimums. Legally, a zero/zero departure may be made, but it is never advisable. If commercial pilots who fly passengers on a daily basis must comply with takeoff minimums, then good judgment and common sense would tell all instrument pilots to follow the established minimums as well.

According to Federal Aviation Regulation (FAR) 91.169, IFR Flight Plan: Information Required, states that each person filing an IFR flight plan must include an alternate airport if the destination airport does not have a standard instrument approach procedure or appropriate weather reports or weather forecasts, or a combination of them indicate for at least 1 hour before and after the estimated time of arrival, the ceiling will be at least 2,000 feet above the airport and the visibility will be at least 3 SM. The IFR alternate weather minimums are such that no person may include an alternate airport in an IFR flight plan unless appropriate weather reports of forecasts, or a combination of them, indicate that, at the estimated time of arrival at the alternate airport, the ceiling and visibility at that airport will be at or above the following weather minima for airports with a published instrument approach procedure. For aircraft other than helicopters, the minima specified in that procedure, of if none is specified then a ceiling of 600 feet and visibility of 2 SM for precision approach procedures and a ceiling of 800 feet and visibility of 2 SM for nonprecision approach procedures.

There were two IFR flight plans filed for N586BC on the day of the accident. The first flight plan had a departure from DES at 0620 to SUX with an estimated time en route of 00:39 minutes. The alternate airport listed was Joe Foss Field Airport (FSD), Sioux Falls, South Dakota, located about 73 nautical miles north northwest of SUX. The second flight plan had a departure from SUX at 0725 to RAP with an estimated time en route of 01:26 hours. PIR was listed as the alternate airport.