Company-Wide Ground Safety Culture Is Key in Business Aviation

Ground safety culture in business aviation demands a company-wide commitment that extends well beyond pilots and line technicians, encompassing customer service representatives, schedulers, and any personnel who may encounter active aircraft or ground support equipment. Jamie Santiago-Muñoz, general manager of Galaxy FBO at Addison Airport (ADS) in Texas, articulates a training philosophy rooted in immediate onboarding emphasis: new employees, regardless of role, are taught from day one that their actions — including fuel order accuracy and proper readbacks — carry direct safety consequences. The FBO uses the National Air Transportation Association's Safety 1st Certification Program, specifically the Basic Apron Safety and Security (BASS) certification delivered through NATA's online Safety 1st Training Center, as its foundational training framework. NATA Manager of Safety and Training Brandon Popovich underscores that ramp and hangar access is a skilled professional responsibility, not an incidental one, and that structured training must cover hazards including jet blast, propeller arcs, flashing beacon protocols, and foreign object debris (FOD) regardless of whether safety is an employee's primary function.

For Part 91, 91K, and 135 operators, the practical implications of this discussion are significant. Ramp access by passenger vehicles — a routine convenience at many business aviation FBOs — is identified as a compounding risk factor that demands coordinated situational awareness between FBO staff, pilots, and vehicle operators. Santiago-Muñoz's emphasis that aircraft always hold right-of-way, and that FBO personnel must ensure mutual visual contact between pilots and vehicle drivers before movement proceeds, places a co-responsibility on flight crews to actively engage with ramp coordinators rather than assume the ground environment is managed solely by FBO staff. Pilots operating at busy general aviation or business aviation airports must recognize that the ramp environment during peak periods involves layered complexity — simultaneous aircraft movement, fuel trucks, ground tugs, and credentialed passenger vehicles — that requires the same disciplined situational awareness applied in the air.

The article's advocacy for informal cross-training sessions represents an operationally practical and low-cost enhancement to ground safety programs. By bringing together fuelers, CSRs, schedulers, and maintenance personnel for structured information sharing, flight departments can close the gaps in institutional knowledge that often precede ground incidents. Popovich notes that a scheduler who understands how long aircraft defueling or hangar extraction takes is better positioned to build realistic timelines, while a line technician who understands what a pilot or dispatcher needs from a CSR interaction can communicate more effectively under pressure. For flight departments operating under Part 91K or 135, where scheduling pressure and crew coordination are constant variables, this kind of cross-functional awareness directly supports safer, more predictable ground operations.

The broader trend reflected in this article is the accelerating adoption of Safety Management Systems across business aviation, including at the FBO level. While SMS implementation has long been required for Part 121 carriers and is increasingly expected in Part 135 and corporate flight department operations, its spread into FBO management structures signals a maturation of ground safety governance in business aviation. NBAA's Safety Manager Certificate Program — developed in collaboration with Advanced Aircrew Academy, Convergent Performance, and Fireside Partners — provides a formal pathway for safety managers in business aviation to develop SMS competency from introductory through mid-level proficiency. Operators and flight department managers evaluating their own safety programs should view the FBO environment not as an external variable but as an integrated component of the overall safety ecosystem, one where the quality of ground training directly affects flight crew safety outcomes before engines are ever started.