Arik Air Engine Failure Damaged 23 Aircraft Components
A Boeing 737-700 operated by Arik Air suffered extensive structural damage following a mid-air engine failure on 11 February 2026. A preliminary report by the Nigerian Safety Investigation Bureau (NSIB) reveals that at least 23 separate components were impacted when the Number 1 engine broke apart during a climb. The aircraft, registered as 5N-MJF, was en route from Lagos to Akure when the crew heard a “loud bang and grinding noise” at approximately 26,000 feet.
The failure was catastrophic enough to strip the engine of its inlet cowling and break the sixth fan blade at its root. Shrapnel from the disintegrating engine punctured the airframe in multiple locations, causing deep cuts to the containment case and the left-wing leading edge. Investigators found the remaining 23 fan blades chipped or damaged, while the engine’s internal accessories were exposed after the cowling covers folded upward from the force of the event.
The flight crew declared a “MAYDAY” and diverted to Benin City, where they managed a safe landing. Despite the severity of the mechanical failure, none of the passengers or crew sustained injuries. The NSIB noted that the pilots followed standard emergency procedures and maintained effective communication with air traffic control throughout the descent. Post-incident toxicology tests on the crew returned negative for alcohol or drugs.
The debris path caused damage far beyond the engine nacelle itself. The report identifies punctures to the vertical stabilizer, the rudder surface, and large cuts on the horizontal stabilizer. Such widespread airframe damage suggests that high-velocity engine fragments narrowly missed more critical flight control systems. The NSIB confirmed the aircraft held a valid Certificate of Airworthiness and the crew were properly licensed at the time of the flight.
The investigation now shifts toward the maintenance history of the CFM56 engine and the “Number 6” fan blade specifically. The NSIB has recovered flight recorder data to determine if the engine exceeded its operating limits before the bang. While the bureau has not yet assigned a definitive cause, the “drill-down” into metallurgical fatigue or foreign object ingestion will be the next logical step.
Arik Air has faced significant operational hurdles in recent years, and this incident adds further pressure to its safety record. The NSIB’s detailed cataloguing of 23 distinct impact points serves as a sobering reminder of the risks associated with uncontained engine failures. For now, the aircraft remains grounded in Benin City as a hollowed-out testament to a very lucky escape.