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Accidents · NTSB CEN21LA030 · Final report

Cessna 210 accident near Lubbock, Texas, October 26, 2020

On October 26, 2020 at about 8:58 pm local time, a 1960 Cessna 210, registered N9622T, was destroyed in an accident during approach (IFR final approach) near Lubbock, Texas (Lubbock Preston Smith Internat airport). It was a personal flight under general aviation rules (Part 91). 1 person was killed. The weather was instrument conditions (cloud, fog or low visibility).

The NTSB's probable cause their words, unchanged

The pilot’s improper decision to fly into icing conditions with an airplane that was not equipped for icing, which led to structural icing and a subsequent loss of airplane control, and the pilot’s impairment from carbon monoxide poisoning due to a cracked heat exchanger. Contributing to the accident was the pilot’s self-induced pressure to complete the flight due to the incoming adverse weather conditions and the inadequate inspection of the cabin air heat exchanger.

Source: NTSB aviation accident database, copy made October 5, 2026. Docket and reports at the NTSB.

What the record shows

Date
October 26, 2020 · about 8:58 pm local time
Place
Lubbock, Texas · Lubbock Preston Smith Internat · map
Type
Accident
Injuries
1 person was killed.
Weather
instrument conditions (cloud, fog or low visibility)
Aircraft
Cessna 210, built 1960 · all 210s on the register
Registration
N9622T · no longer on the register · serial 57422
Damage
Destroyed
Flight
Personal flight · general aviation rules (Part 91)

The NTSB's narrative final · quoted from the NTSB record

The instrument-rated pilot had recently purchased the accident airplane, which was not equipped for icing conditions, and was in the process of flying it back to his home base. During the first flight after purchase, he flew at 11,000 ft and was reportedly sick during and after the flight. The pilot was sick and miserable all weekend with symptoms to include queasiness, fatigue, dizziness, and a general malaise. Following a discussion with friends regarding the forecast icing conditions along the route, the pilot departed for his destination airport. While en route, the pilot requested from air traffic control permission to divert to another airport “for fuel considerations” and stated that he had been flying in instrument meteorological conditions (IMC) for a while. The controller directed the pilot to an instrument approach fix but the pilot did not intercept the fix in time, so the controller rerouted him to the east to attempt the approach from the other side. At this time, the pilot would have been in icing conditions, but he did not express concern to the controller. During the approach, the pilot stated that he was experiencing “freezing rain”, but he continued the approach. Based on the airplane’s flightpath it is likely that the autopilot was engaged. The airplane’s flight track revealed that after the airplane passed the final approach fix the airspeed decreased below 50 knots and the airplane made a sharp left descending turn. The airplane impacted the ground behind a residence and a postimpact fire consumed a majority of the fuselage. Available weather data revealed that the airplane was in IMC, icing conditions, and likely encountered supercooled liquid droplets during the flight. These conditions would have created an environment favorable for structural icing. A review of the pilot’s flight planning account revealed that he had requested a weather briefing and would have had access to the most accurate and updated weather information. The pilot reported to his girlfriend that he “wanted to beat the weather” on the day of the accident. This statement is consistent with the pilot’s self-induced pressure to complete the flight due to the incoming adverse weather conditions. A postaccident examination of the airplane revealed thick chunks of ice on and near the leading edges of the airplane that were consistent with structural ice. While the pilot reported an autopilot issue, it is likely that the airplane had accumulated enough structural ice that the autopilot had difficulty functioning properly. Based on the evidence, the accident is consistent with the pilot not able to maintain control of the airplane. The examination revealed that the cabin air heat exchanger had preaccident cracking, which allowed exhausts gases to mix with the cabin air. Based on the condition of the exhaust system and heat exchanger, it is likely that the system was not adequately inspected during the last annual inspection. The pilot’s toxicology revealed an elevated carboxyhemoglobin level. It is likely that the pilot was impaired by the effects of carbon monoxide poisoning and this impairment contributed to the pilot’s overall confusion, willingness to continue flight in icing conditions, and to the circumstances of the accident.

The complete narrative as the NTSB published it. The NTSB's docket holds the report as a PDF and any photographs, statements and other documents from the investigation.

The factual record from the NTSB's investigation tables, in plain English

What happened, in order

  1. Loss of control in flight during approach (IFR final approach) defining event
  2. Structural icing during approach (IFR final approach)

The NTSB's findings

  • Personnel issues › Action/decision › Info processing/decision › Decision making/judgment › Pilot
  • Aircraft › Aircraft oper/perf/capability › Aircraft capability › (general) › Capability exceeded
  • Aircraft › Aircraft oper/perf/capability › Performance/control parameters › (general) › Not attained/maintained
  • Environmental issues › Conditions/weather/phenomena › Ceiling/visibility/precip › Freezing rain/sleet › Effect on equipment
  • Environmental issues › Conditions/weather/phenomena › Ceiling/visibility/precip › Freezing rain/sleet › Decision related to condition
  • Aircraft › Aircraft systems › Ice/rain protection system › Airfoil anti › ice, deice › Not installed/available
  • Aircraft › Aircraft handling/service › Maintenance/inspections › Scheduled maint checks › Inadequate inspection
  • Aircraft › Aircraft systems › Air conditioning system › Heating system › Damaged/degraded
  • Aircraft › Aircraft systems › Air conditioning system › Heating system › Inadequate inspection
  • Personnel issues › Physical › Impairment/incapacitation › Carbon monoxide › Pilot

Pilot

  • Certificate: private
  • Ratings: multi-engine land; single-engine land; single-engine sea; instrument: airplane
  • Flight time: 3,767 hours in all
  • Medical certificate: BasicMed (with waivers/limitations)
  • Seat: left
  • Injury: fatal

The aircraft

  • Airframe total time: 4,390.8 hours
  • Last inspection: annual inspection, September 27, 2020; 7 hours since
  • Maximum gross weight: 2,900 lb
  • Seats: 4
  • Landing gear: retractable
  • Engine: Continental Motors IO-470-E1B (piston); 1,343 hours total
  • Fire on the ground

The flight

  • Departed from: BRG Belen NM at 6:05 pm
  • Destination: CRS Corsicana TX
  • Flight plan: IFR
  • Runway 35L, 11,500 ft by 150 ft

Weather at the time

  • Light: daylight
  • Wind: from 020° at 15 knots, gusting 21
  • Visibility: 4 statute miles
  • Sky: overcast at 700 ft
  • Temperature: 25°F (-4°C), dew point 23°F (-5°C)
  • Altimeter: 30.16 inHg
  • Observation at 3:53 pm from KLBB, 6 miles away

Weather report (METAR): METAR KLBB 262053Z 02015G21KT 4SM -FZDZ BR OVC007 M04/M05 A3016 RMK AO2 SLP227 P0000 60000 I1000 I3000 T10391050 56015=

Injuries

FatalSeriousMinorNone
Flight crew1

Documents from the investigation the NTSB's docket: the evidence folder behind the report

31 documents, released by the NTSB on May 3, 2022. View them here, or download them; the NTSB redacts some personal details before release, and this site shows the NTSB's own titles rather than its file names.

#DocumentWhat it is
1 Air Traffic Control - Audio Summaries PDF, 10 pages View Download
2 FAA ADS-B Tabular Data spreadsheet Download
3 Witness Statements PDF, 1 page View Download
4 Interview Transcripts PDF, 37 pages View Download
5 Photos PDF, 9 pages View Download
6 Police Report Excerpt PDF, 2 pages View Download
7 Reports from Parties to the Investigation - Textron Aviation PDF, 7 pages View Download
8 Maintenance Records PDF, 7 pages View Download
9 Materials Laboratory Factual Report - Heat Exchanger PDF, 4 pages View Download
10 Correspondence - FAA Interview with Kevin James PDF, 2 pages View Download
11 Correspondence - Belen Airport Director PDF, 3 pages View Download
12 Fuel Receipt - Belen Airport PDF, 1 page View Download
13 Fuel Inspection Records - Belen Airport PDF, 2 pages View Download
14 Airplane Manual Excerpts PDF, 2 pages View Download
15 Autopsy Memo for Record PDF, 1 page View Download
16 NTSB Medical Factual Report PDF, 3 pages View Download
17 Toxicological Report PDF, 1 page View Download
18 Weather Factual Report PDF, 42 pages View Download
19 Weather Attachment 1 GIF file Download
20 Weather Attachment 2 GIF file Download
21 Weather Attachment 3 PDF, 2 pages View Download
22 Weather Attachment 4 GIF file Download
23 Weather Attachment 5 PDF, 5 pages View Download
24 Weather Attachment 6 PDF, 3 pages View Download
25 Weather Attachment 7 video View Download
26 Weather Attachment 8 video View Download
27 Weather Attachment 9 PDF, 2 pages View Download
28 Weather Attachment 10 zip file Download
29 Weather Attachment 11 PDF, 1 page View Download
30 Instrument Approach Plate - RNAV 35L PDF, 1 page View Download
31 Statement of Party Representatives to NTSB Investigation PDF, 2 pages View Download

The same docket at the NTSB · documents without a copy here are fetched from the NTSB when you open them.

Everything on this page comes from the NTSB's public records. The narrative, probable cause and findings are the NTSB's own words; the coded tables behind the report are written out in plain English, with pilots' ages, home towns and medical details left out. The documents and photographs are the NTSB's docket, shown as the NTSB released them. This site's own text never names anyone involved. A preliminary report can change; the final report usually follows one to two years later, and the page is refreshed when it does.