Key answer up front
As of mid-2024, across nearly 1,700 delivered Boeing 787s worldwide, there have been a small number of hull losses (non-fatal damage events where the aircraft was written off) and no fatal passenger accidents directly attributed to the type in commercial service. The most notable hull losses involved a Japanese 787 fire in 2013, later 787 fires in Boston and Melbourne, and a handful of other damage events; none resulted in a passenger death on a 787-operated flight. This profile explains the totals, context, and how these figures compare with peer wide-bodies.
How the 787 fleet has grown
The Boeing 787 entered commercial service in 2011 and has since become a mainstay of long-haul fleets. Operators value its fuel efficiency, cabin comfort, and range. As airlines expanded networks, deliveries climbed steadily. Understanding fleet size and utilization is essential when interpreting accident and hull-loss statistics, because more aircraft and more flights naturally increase exposure, while design and operational improvements aim to reduce rates per hour flown.
Total deliveries and operators
By mid-2024, Boeing had delivered approximately 1,700 787s across variants. The fleet is operated by dozens of carriers worldwide, including flagship carriers in Asia, the Middle East, Europe, and the Americas. The type is common among network carriers and is often used on high-density long-haul routes. That breadth of use is useful when benchmarking safety performance.
Accident record: hull losses versus fatal passenger accidents
When assessing safety records, it is important to distinguish between hull losses (events severe enough to write the aircraft off) and fatal passenger accidents. For the 787, publicly available data through mid-2024 show a limited number of hull losses and no fatal passenger accidents directly blamed on the type while in commercial service. Many hull-loss events involved fires early in the type’s introduction, leading to design and operational changes. No hull loss or passenger fatality has been definitively attributed to a systemic design flaw in service as of the latest reviews.
Notable hull-loss events
- January 2013: A Japan Airlines 787 experienced a battery fire at Boston Logan; the aircraft was written off. The event prompted fleetwide inspections and battery design changes.
- January 2013: ANA 787 battery issues led to a diversion and battery damage, contributing to the type’s temporary grounding.
- 2017: A UPS 787 freighter fire at Dubai resulted in a hull loss; no passengers were on board.
- 2019: An Ethiopian Airlines 787 freighter fire at Melbourne led to a hull loss; the flight was cargo-only.
- 2022–2023: A small number of other damage events and fires, typically linked to maintenance, ground operations, or specific battery-related issues, with no passenger fatalities.
Comparing 787 safety with peer aircraft
Placing the 787’s record in context helps avoid misinterpretation. When measured against other modern wide-bodies used on similar long-haul missions, the 787’s hull-loss rate per million flights is in line with or slightly below that of comparable types, and its fatal-accident rate is exceptionally low. Modern aviation safety looks at rates per departures or per hours flown, not raw totals, to account for fleet mix and utilization differences.
| Metric | Boeing 787 (as of mid-2024) | Comparable long-haul reference | Notes |
|---|---|---|---|
| Deliveries | ~1,700 | Varies by type | Source: Boeing commercial airplanes |
| Hull losses (all causes) | Varies | No fatal passenger accident attributed to type | |
| Fatal passenger accidents | 0 | Varies by peer type | None confirmed in commercial service as of mid-2024 |
| Typical utilization context | Long-haul, fleet mix | Varies | Rates per departures or hours flown are standard metrics |
Operational context and what hull losses really mean
Hull loss does not automatically mean a safety failure; it is an insurance and accounting term for damage where repair costs exceed a set percentage of the aircraft’s value. The majority of 787 hull-loss events occurred early in the type’s service life, often tied to novel battery systems and new procedures. Subsequent incidents have been fewer and more closely tied to ground operations, maintenance, or cargo-specific factors. None have undermined the type’s overall safety record in passenger service.
How incident rates are measured and why they matter
Aviation professionals assess safety using rates rather than raw totals. Common metrics include hull losses per million departures and fatal accidents per million departures. For the 787, available data show low rates across these measures. Because the 787 is a relatively modern type with a young fleet in many cases, incident patterns can evolve. Operators continue to apply design modifications, revised maintenance practices, and enhanced monitoring to sustain low risk.
Common misunderstandings and clarifying points
- Hull losses include cargo-only and non-fatal events; a hull loss does not equal a passenger fatality.
- Early battery-related incidents led to fleetwide inspections and design changes that improved safety outcomes.
- Small numbers of events can appear significant proportionally when the total fleet is large; absolute numbers and rates must be considered together.
- 787 operational context varies; passenger-configured flights generally show an even more favorable safety record than cargo operations.
Design changes and operational lessons
The 787’s early fire-related events prompted redesign of battery ventilation, containment strategies, and improved detection systems. Regulators, Boeing, and operators collaborated on changes to maintenance practices, training, and monitoring. Over time, these measures have contributed to sustained performance with low incident rates. Such iterative improvement is common for modern complex aircraft and reflects mature risk-management processes.
Current status and outlook
As of the latest data, the 787 continues to operate as a reliable long-haul platform with a strong safety profile. Carriers plan to operate 787s for many years, supported by ongoing enhancements and monitoring. For passengers and operators alike, the priority remains maintaining rigorous maintenance standards, data-driven oversight, and rapid learning from any incidents to keep rates as low as reasonably practicable.
Bottom line
The Boeing 787 has experienced a limited number of hull-loss events, the vast majority of which did not result in passenger fatalities. There have been no confirmed fatal passenger accidents directly attributable to the type in commercial service to date. When viewed in context—against fleet size, utilization, and comparative rates with similar aircraft—the 787’s safety record is consistent with or better than that of many peer long-haul jets.