Seven accidents and a rate of 7.86 per million sectors place the continent at the bottom of global safety rankings, even as turboprop operations and investigation gaps persist.
Africa maintained its position as the world’s most accident-prone aviation region in 2025, recording seven accidents and an all-accident rate of 7.86 per million sectors, according to the 2025 Annual Safety Report released on Monday by the International Air Transport Association (IATA). While this figure represents a decline from the 12.13 per million sectors recorded in 2024, it remains substantially higher than any other region globally, underscoring persistent structural and operational challenges within the continent’s aviation ecosystem.
The report reveals a troubling concentration of risk within specific operational categories. Turboprop aircraft were involved in 71 per cent of accidents affecting Africa-based operators during the year, a statistic that highlights the particular vulnerability of regional and domestic air services that rely on these aircraft types. The predominance of turboprop incidents points to infrastructure deficiencies, maintenance standards, and operational environments that disproportionately affect smaller carriers serving remote and underserved routes across the continent.
Perhaps more concerning than the accident rate itself is Africa’s disproportionate contribution to a specific category of safety incidents that resist clear classification. IATA noted that the continent accounts for the majority of “other end state” incidents recorded globally since 2018. This classification applies when accidents cannot be definitively categorised due to insufficient information, a problem that IATA directly links to weaknesses in accident investigation capabilities and compliance with international standards.
The organisation explicitly called for stronger adherence to the Chicago Convention on International Civil Aviation, specifically Annex 13, which establishes the international standards and recommended practices for aircraft accident and incident investigation. The accumulation of unclassified incidents over seven years suggests systemic gaps in investigative capacity, resource allocation, and institutional frameworks that extend far beyond individual operator failures.
The 2025 data presents a mixed picture of safety evolution across Africa. While the accident rate declined significantly from 2024 levels and fell below the five-year regional average of 9.37 per million sectors, fatality risk moved in the opposite direction. The fatality risk metric increased from zero in 2024 to 2.19 in 2025, indicating that while fewer accidents occurred, those that did happen carried greater lethal consequences. This divergence between frequency and severity complicates straightforward assessments of safety progress.
Runway excursions and “other end state” events constituted the most common accident types recorded during the year. Runway excursions—incidents where aircraft depart the runway surface during take-off or landing—typically implicate factors including weather conditions, runway surface states, pilot decision-making, and aircraft performance limitations. The recurrence of these events suggests that environmental and infrastructure factors continue to challenge operational safety across African airports.
The global aviation safety landscape in 2025 showed modest overall improvement despite increased loss of life. The worldwide all-accident rate improved to 1.32 per million flights, down from 1.42 per million flights in 2024, even as the industry handled 38.7 million flights compared to 37.9 million the previous year. This represents a reduction from 51 accidents in 2025 against 54 in 2024, demonstrating that aviation is managing higher traffic volumes with greater safety efficiency at the global level.
However, the human cost of accidents increased. Fatal accidents rose from seven to eight globally, while on-board fatalities climbed sharply from 244 to 394. This 61 per cent increase in deaths occurred within an improving statistical framework, illustrating how individual catastrophic events can distort year-to-year comparisons in an industry where absolute numbers remain relatively small.
The global accident profile in 2025 was dominated by tail strikes, landing gear incidents, runway excursions, and ground damage—categories that predominantly involve critical phases of flight and ground operations. These patterns suggest that while systemic failures in cruise flight have been largely eliminated through technological and procedural advances, the complex interactions between aircraft, human operators, and physical environments during take-off, landing, and ground handling continue to generate risk.
IATA maintained its position that aviation remains the safest form of long-distance travel, citing long-term safety performance improvements over the past decade. This assessment contextualises the 2025 data within broader historical trends that have seen commercial aviation evolve from a relatively hazardous activity in its early decades to a statistically exceptional mode of transportation.
Regional variations in 2025 were substantial. The Asia-Pacific region recorded six accidents with a rate of 0.91 per million sectors, improving from 1.08 in 2024 and performing better than its five-year average of 0.99. Europe recorded 11 accidents at a rate of 1.30 per million sectors, down from 1.48 in 2024 though still above its five-year average of 1.11; notably, Europe recorded zero fatalities during the year.
North America presented a contrasting trajectory, with 16 accidents pushing the regional rate to 1.68 per million sectors, higher than both the 2024 figure of 1.49 and the five-year average of 1.33. Latin America and the Caribbean showed marginal improvement, with five accidents producing a rate of 1.77 per million sectors compared to 1.84 in 2024.
The Middle East and North Africa region achieved the strongest relative performance, recording only one accident and an accident rate of 0.53 per million sectors. North Asia recorded a single non-fatal tail strike accident, maintaining its rate at 0.16 per million sectors—the lowest of any region globally.
Historical context illuminates the significance of Africa’s current safety position. The continent has long struggled with aviation safety metrics that diverge from global norms, a pattern rooted in colonial aviation infrastructures designed for resource extraction rather than integrated regional connectivity, persistent economic constraints affecting regulatory oversight and operator viability, and challenges in harmonising safety standards across 54 sovereign states with vastly different resource levels.
The Chicago Convention system, established in 1944 and administered by the International Civil Aviation Organisation, created the framework within which global aviation safety operates. Annex 13, first adopted in 1951 and periodically revised, requires contracting states to establish independent accident investigation authorities with adequate resources and authority. The accumulation of “other end state” incidents in Africa since 2018 suggests implementation gaps that have persisted despite international technical assistance programmes and regional safety initiatives led by organisations including the African Union, the African Civil Aviation Commission, and various international partners.
The turboprop accident concentration carries particular significance for African aviation development. These aircraft serve the majority of intra-African routes, connecting secondary cities and remote locations that lack the infrastructure for jet operations. The 71 per cent turboprop accident share indicates that safety challenges are concentrated precisely where aviation provides essential economic and social connectivity, potentially constraining the sector’s contribution to continental integration and development goals established under mechanisms such as the Single African Air Transport Market.
The divergence between declining accident rates and rising fatality risk in 2025 recalls similar patterns in aviation safety history, where periods of statistical improvement have occasionally masked underlying vulnerability to catastrophic events. The 2024 zero fatality figure for Africa, while welcome, appears in retrospect to have represented temporary good fortune rather than structural transformation, given the 2025 reversal.
IATA’s data collection and analysis methodologies have evolved substantially since the association began systematic safety reporting, with current standards requiring verification of accident classifications against multiple information sources. The “other end state” category, while necessary for statistical integrity when information is genuinely insufficient, becomes problematic when systematically overrepresented in particular regions, as it prevents targeted safety interventions that require accurate incident classification.
The 2025 report’s release timing, early in the subsequent year, reflects IATA’s established practice of allowing verification periods before publication. The data therefore represents confirmed and investigated incidents rather than preliminary reports, increasing confidence in the regional comparisons presented.
Looking forward, the report’s emphasis on Annex 13 compliance suggests that international pressure for investigative capacity building will intensify. The inability to classify accidents represents not merely a statistical inconvenience but a fundamental barrier to learning from safety failures, as unclassified incidents cannot generate the specific recommendations that drive systematic improvement.
Africa’s aviation sector faces the dual challenge of maintaining safety improvement momentum while addressing the structural factors that concentrate risk in turboprop operations and investigative gaps. The 2025 data confirms that progress is possible—the accident rate decline demonstrates capacity for improvement—but also that this progress remains fragile and incomplete when measured against global standards and the continent’s own historical performance.
