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Santa Paula, CA
On August 25, 2024, about 1224 Pacific daylight time, an experimental amateur-built Pitts S-1, N42JF, was destroyed when it was involved in an accident near the Santa Paula Airport (SZP), Santa Paula, California. The pilot was seriously injured. The airplane was operated as a Title 14 Code of Federal Regulations Part 91 personal flight. According to multiple witnesses located at SZP, the airplane was just refueled at the self-service fuel pumps prior to departing runway 22. Witnesses said that just after departing the runway, the airplane made two popping sounds before it turned onto the crosswind leg of the traffic pattern. The airplane continued in the airport traffic pattern at a lower altitude and lost engine power about abeam the numbers for runway 22. The airplane turned left onto the base leg and shortly after made a sharp right turn before it descended out of their view behind trees. Another airplane was on short final for runway 22, whose passenger saw the accident airplane pass underneath and subsequently impact terrain. There was no communication from the pilot during the flight. The accident site was located in an irrigation storage facility about 1/3 mile east of runway 22 at SZP. The debris path was about 120 ft long and was oriented on a heading of about 030° magnetic. The airplane impacted multiple metal baskets and steel racks containing steel and aluminum irrigation pipes before it came to rest alongside two metal waste containers, where a postimpact fire ensued. The wreckage was relocated to a secure facility for further examination.
The total loss of engine power at low altitude for reasons that could not be determined.
On August 25, 2024, about 1224 Pacific daylight time, an experimental amateur-built Pitts S-1 airplane, N42JF, was destroyed when it was involved in an accident near Santa Paula, California. The pilot was seriously injured. The airplane was operated as a Title 14 Code of Federal Regulations Part 91 personal flight. According to multiple witnesses located at the Santa Paula Airport (SZP), Santa Paula, California, the pilot just refueled the airplane at the self-service fuel pumps before departing runway 22. During the airplane’s initial climb after departure, the engine made popping sounds, then the airplane turned onto the left crosswind leg of the traffic pattern. The airplane continued onto the left downwind leg at a lower-than-normal altitude, and the engine again made popping sounds before it became quiet like it lost total power. The airplane turned left toward runway 22 while another airplane was on final approach for runway 22. The accident airplane then made a sharp right turn back toward the downwind before it descended out of view behind trees. A pilot who was flying a Vans RV-12 airplane at SZP said that he saw the accident airplane depart from runway 22 while his airplane was on the left downwind leg for runway 22. He said he did not hear any radio calls from the accident flight on the airport common traffic advisory frequency (CTAF). The pilot of the RV-12 said he continued flying his airplane in the pattern for runway 22 while making all the appropriate radio calls. He stated that, while his airplane was on final approach about a 1/4 mile out from runway 22, his passenger noticed the accident airplane below their position and saw it impact the storage yard and erupt into flames. The accident site was located on an irrigation storage facility about 1/3 mile east of the approach end of runway 22. The debris path was about 120 ft long and oriented on a heading of about 030°. The airplane impacted several metal baskets and steel racks containing irrigation pipes before it came to rest alongside two metal waste containers, where a postimpact fire ensued. Examination of the wreckage revealed extensive thermal damage to the airplane. Postaccident examination of the wreckage revealed that the fuselage, empennage, and wing skins were consumed by fire, and only bent steel fuselage frame members remained. Both wing forward spars were mostly consumed by fire. The ferry fuel tank located on the upper forward wing spar remained attached, but was breached and had sustained thermal damage. The ferry fuel tank cap was locked and remained attached to the tank and was also thermally damaged. The main fuel tank was mostly consumed by post-impact fire. Small fragments of melted aluminum were found near the steel bracket assembly that holds the tank. The main tank fuel cap was not found during the onsite examination. The smoke oil tank, forward of the right rudder pedal area, was consumed by postimpact fire. The upper cowling remained partially attached to the engine and sustained impact and thermal damage. The engine remained attached to the fuselage and sustained thermal damage. The propeller remained attached to the crankshaft flange, and both blades were bent slightly aft. No rotational signatures were noted on the blades. A follow-up examination of the wreckage revealed no evidence of preimpact mechanical malfunction or failure that would have precluded normal operation. Fuel records from the self-serve fuel pump at SZP indicated that the accident airplane was fueled with 12.7 gallons of 100LL about 9 minutes before the accident. Specific-gravity fuel testing performed postaccident on a sample from the fuel pump revealed no anomaly. There were no pilot records provided indicating the pilot’s flight experience in the accident airplane make and model. According to the FAA, on February 8, 2024, the pilot reported a total of 2,300 hours of flight experience. A statement from the pilot was not provided during the investigation. The pilot had recently purchased the airplane and had flown it to SZP from Cleveland, Texas, 2 days before the accident. The mechanic who performed the prepurchase inspection and the last condition inspection said that he found nothing out of the ordinary with the airplane. Pre-accident photos of the airplane showed that a handheld radio was mounted on the right side of the cockpit with an antenna and power cable attached. The airplane’s maintenance records recorded that on November 11, 2019, the engine had about 695 hours of time in service and 299 hours since last overhaul. On September 6, 2022, inspection entry recorded an engine time of 325 hours since last overhaul and a total airframe time of 685 hours. The last airframe and engine inspections were performed July 15, 2023, and operational hours were not recorded in the logbook entries. The August 17, 2024, condition inspection logbook entry showed 718 hours of airframe and engine total time at the time of the inspection.