Resources: Safety

The National Business Aviation Association's consolidated safety resource portfolio addresses a persistent and statistically documented problem: business aviation continues to experience fatal accidents at rates that contrast sharply with the airline sector's decades of improvement. Thirteen deadly business jet accidents occurred in 2025, with loss of control inflight (LOC-I), runway excursions, and controlled flight into terrain (CFIT) accounting for the chief categories. These three hazard types are not new to the accident record — they have dominated turbine business aviation fatality data for years — and their continued prevalence underscores that awareness alone has not translated into adequate risk reduction across the operator community.

The CFIT data point embedded in NBAA's resource listing is particularly instructive for operators evaluating their own risk profiles. Commercial airline CFIT rates have fallen approximately 98% over the past two decades, a reduction directly attributable to the widespread mandated deployment of Terrain Awareness and Warning System technology. Business aviation, operating under different regulatory frameworks and with a far more heterogeneous fleet and crew population, has not achieved comparable results. Part 91 and Part 135 operators flying into mountainous terrain, conducting international operations, or routinely executing non-precision approaches in deteriorating conditions face a risk environment that remains structurally different from that of certificated carriers. NBAA's CFIT resources, alongside LOC-I mitigation materials, represent an attempt to transfer safety culture and procedural discipline from the airline model into the more decentralized bizav ecosystem.

The voluntary adoption pathway for FAA Part 5 Safety Management Systems is one of the more consequential regulatory opportunities available to smaller operators, and NBAA's practical guide for Part 91, 141, 142, and 145 organizations lowers the barrier to entry. SMS is not merely a compliance framework — it establishes a structured, documented method for identifying hazards before they produce incidents or accidents, and it creates the data trail necessary for continuous safety improvement. For operators who lack the resources of a flight department safety officer or a dedicated risk management function, the Part 5 framework provides a scalable architecture that can be right-sized to a single-aircraft operation. The associated Safety Data Collection, Analysis and Sharing resources extend this capability by enabling proactive measurement of safety performance rather than reactive post-incident analysis.

The updated Airplane SOP Manual V1.1 reflects collaborative input from operators across the size spectrum, aircraft manufacturers, and training organizations — a development methodology that strengthens the manual's applicability across diverse crew configurations and aircraft types. Standard operating procedures function as the operational backbone of crew coordination and error trapping, and deviations from established SOPs appear repeatedly in accident causal chains, including those involving LOC-I and runway excursions. The NBAA Bizav Accident and Incident Analysis database, drawing on both FAA and NTSB data specifically filtered for turbine business aircraft, gives operators and chief pilots a structured lens through which to examine the industry's accident record and benchmark their own procedures against documented failure modes. Together, these resources position NBAA's safety portfolio not as a passive reference library but as an integrated toolkit designed to move operators from reactive safety culture toward the proactive, data-driven model that has historically driven fatality reductions across commercial aviation.