20231006016219A

Accident · Substantial damage

FAA accident report · Cirrus Design SR22 · Saginaw, MI · October 6, 2023

Date
October 6, 2023 · 17:46 local
Place
Saginaw, MI
Airport
Mbs International Airport
Phase of flight
Taxi
Operating rules
General operating rules (Part 91)
Damage
Substantial damage
Aircraft
N969JB
NTSB investigation
NTSBCEN24LA014
Reported as
Cirrus Design SR22
Reported engine
Continental IO-550 series
People aboard
2
Fatal injuries
0
Other injuries
0
Pilot’s certificate
Private pilot
Pilot’s flight hours
208 total

From the FAA’s Accident/Incident Data System (AIDS), through its Aviation Safety Information Portal, as reported. The NTSB investigates accidents separately, and its record of an accident is the fuller one. The aircraft is matched to the registry by N-number and event date, checked against the reported make and model; the registry’s history has gaps, so older matches can be wrong. Compare the reported make and model.

What happened

The FAA’s narrative, in sentence case. The FAA writes it in capitals and removes private details.

On October 10, 2023, at 1746 local time, an Cirrus SR22 aircraft, privacy data omitted received substantial damage following a right landing gear fire during taxi at the Mbs International Airport (mbs), Saginaw, Michigan. Visual meteorological conditions prevailed at the time of the accident. The flight was being conducted under the provisions of title 14 code of federal regulations (CFR) part 91 without a flight plan. Both the pilot and passenger received no injuries.

According to the pilot, they were taxiing for departure when the pilot attempted to apply brakes the aircraft turned left in a tight circle. The passenger attempted to brake with the same result then noticed smoke coming from the underside of the right wing. The pilot notified the tower of the fire and CFR was dispatched. The pilot shut the aircraft down and secured it then both he and his passenger egressed from the aircraft. Within minutes the fire department was on site and extinguished the fire.

Investigation photographs show extensive thermal damage to the right landing gear and the underside of the right wing. The landing gear axel and tire have separated from the gear leg due to thermal temperatures. The aircraft was recovered and removed from the taxiway to a secure storage facility. It is unknown at this time what caused the right landing gear to lose braking effectiveness and catch fire.

As the FAA filed it

ON OCTOBER 10, 2023, AT 1746 LOCAL TIME, AN CIRRUS SR22 AIRCRAFT, ^PRIVACY DATA OMITTED^ RECEIVED SUBSTANTIAL DAMAGE FOLLOWING A RIGHT LANDING GEAR FIRE DURING TAXI AT THE MBS INTERNATIONAL AIRPORT (MBS), SAGINAW, MICHIGAN. VISUAL METEOROLOGICAL CONDITIONS PREVAILED AT THE TIME OF THE ACCIDENT. THE FLIGHT WAS BEING CONDUCTED UNDER THE PROVISIONS OF TITLE 14 CODE OF FEDERAL REGULATIONS (CFR) PART 91 WITHOUT A FLIGHT PLAN. BOTH THE PILOT AND PASSENGER RECEIVED NO INJURIES.

ACCORDING TO THE PILOT, THEY WERE TAXIING FOR DEPARTURE WHEN THE PILOT ATTEMPTED TO APPLY BRAKES THE AIRCRAFT TURNED LEFT IN A TIGHT CIRCLE. THE PASSENGER ATTEMPTED TO BRAKE WITH THE SAME RESULT THEN NOTICED SMOKE COMING FROM THE UNDERSIDE OF THE RIGHT WING. THE PILOT NOTIFIED THE TOWER OF THE FIRE AND CFR WAS DISPATCHED. THE PILOT SHUT THE AIRCRAFT DOWN AND SECURED IT THEN BOTH HE AND HIS PASSENGER EGRESSED FROM THE AIRCRAFT. WITHIN MINUTES THE FIRE DEPARTMENT WAS ON SITE AND EXTINGUISHED THE FIRE.

INVESTIGATION PHOTOGRAPHS SHOW EXTENSIVE THERMAL DAMAGE TO THE RIGHT LANDING GEAR AND THE UNDERSIDE OF THE RIGHT WING. THE LANDING GEAR AXEL AND TIRE HAVE SEPARATED FROM THE GEAR LEG DUE TO THERMAL TEMPERATURES. THE AIRCRAFT WAS RECOVERED AND REMOVED FROM THE TAXIWAY TO A SECURE STORAGE FACILITY. IT IS UNKNOWN AT THIS TIME WHAT CAUSED THE RIGHT LANDING GEAR TO LOSE BRAKING EFFECTIVENESS AND CATCH FIRE.

NTSB investigation

The NTSB’s investigation of this event, with its probable cause and findings. Matched to this report by N-number and date.

Other reports on N969JB · 1

Matched to the same aircraft by N-number and date.