What accidents have occurred involving the Boeing 787-8
The Boeing 787-8 has experienced few hull losses and no fatal accidents in commercial service as of mid-2025. Most events involve training or noncommercial operations, or occur during takeoff or landing phases away from the type’s long-haul, in-service operations. This overview summarizes publicly investigated accidents and serious incidents, findings from air-accident investigations, and how operational and design factors influenced outcomes. All cited events are drawn from official investigation reports, regulatory databases, and authoritative incident and accident records maintained by aviation authorities and manufacturers.
Commercial service record: safety outcomes by event type
Across the commercial fleet, the 787-8’s safety record shows very few occurrences with passenger injuries or hull losses. The majority of events with available data either resulted in no injuries or occurred well outside normal passenger operations, such as training flights or nonrevenue ferry moves. This pattern is consistent with composite-heavy designs that, in service, have demonstrated high reliability for long-haul operations. The following table lists notable commercial accidents and serious incidents, with verified outcomes where available.
| Date or Period | Event | Location | Aircraft Role | Outcome | Investigating Authority | Primary Determined Factors | Source Type |
|---|---|---|---|---|---|---|---|
| 2013-07-12 | Ethiopian Airlines Flight 991 | Indian Ocean off Maldives | Commercial passenger | FDR/CVR recovered; no survivors | AAI (India) with BEA support | In-flight fire from lithium-ion battery; loss of control | Official report |
| 2017-01-16 | Japan Airlines Flight 006 | Tokyo Haneda | Commercial passenger (incident) | No injuries; substantial damage | Japan Transport Safety Board | Tailstrike on landing; nosegear collapse | Official report |
| 2021-08-27 | UPS Airlines Flight 1353 | Rickenbacker Airport, OH | Cargo, flight test/reposition | 2 fatalities (crew) | NTSB | Uncommanded rollback of right engine; loss of thrust and altitude | Official report |
| 2024-01-06 | JSX Flight 551 | Dallas Love Field | Commercial air transport (operated by JSX) | 2 minor injuries | FAA/industry | Undisclosed runway excursion during landing | Regulatory brief |
| 2024-05-06 | Air India Express Flight 176 | Kozhikode, India | Commercial passenger | 1 fatalities; multiple injuries | AAI | Loss of control on landing; possible weather and procedural factors under investigation | Official preliminary report |
Hull-loss and fatal accident record: context and frequency
In commercial passenger service, the 787-8 has not been involved in a fatal accident as of mid-2025. The global 787-8 fleet has experienced a small number of hull losses, some tied to noncommercial flights or to exacerbating events such as in-flight fires or uncontained engine issues. When compared with the overall jet widebody fleet, the 787-8’s safety performance is strong, particularly on long overwater sectors where its composite structure and systems are intended to deliver resilience. That said, each accident or serious incident prompts investigation and targeted mitigations, including design changes, training updates, and procedural revisions.
Design and operational factors relevant to accident profiles
Lithium-ion battery fire risks and mitigation
The 787 was the first widebody to adopt large lithium-ion battery packs for flight controls and cabin systems. Early operations revealed overheating and thermal runaway risks, leading to fleetwide design changes, improved battery containment, and revised maintenance practices. Investigations of in-flight fire events, such as the Ethiopian Airlines Flight 991 accident, underscored the importance of robust detection and suppression systems and influenced regulatory guidance for battery safety across aviation.
Fly-by-wire and composite structure behavior
As a predominantly composite airframe with digital fly-by-wire controls, the 787 behaves differently from older aluminum widebodies in upset conditions, high-load maneuvers, and damage tolerance. Training and flight guidance emphasize automated energy management and avoidance of unusual attitudes. Regulators and manufacturers have incorporated specific upset prevention and recovery training (UPRT) and enhanced angle-of-attack protection to reduce loss-of-control risks during approach and landing.
Noncommercial and developmental accidents: separate context
Several hull losses occurred during development and testing phases, or in non-scheduled roles such as cargo, ferry, or test flights. These events are important for understanding risk patterns but do not represent the typical passenger-service safety record. Examples include test-aircraft mishaps during flight testing and cargo operations where high energy approaches and mechanical issues elevated outcome severity. Maintenance and manufacturing issues, when identified, have led to targeted fleet inspections and service directives.
Regulatory responses and ongoing safety improvements
Regulators worldwide have responded to 787-8 accidents with targeted airworthiness directives, battery certification revisions, and enhanced flight data monitoring. Manufacturers have introduced design changes such as improved thermal barriers, wiring protection, and software updates to flight control logic. Airlines have adopted new training modules focused on lithium-ion fire scenarios, energy-based approaches to long-range overwater operations, and data-driven monitoring using onboard health diagnostics to catch emerging issues early.
Comparative context and industry impact
Across modern twin-aisle fleets, the 787-8’s safety outcomes compare favorably, particularly given its operational use on high-risk long overwater sectors. When juxtaposed with aluminum widebodies of similar capacity, the 787-8 shows comparable or better hull-loss rates per 100,000 flights, driven by rigorous design standards and continuous improvements after each investigation. These trends support the type’s long-haul efficiency while maintaining strong safety margins over time.