Airport Ground Handling and FBO Software Integration

What is ground handling and FBO software integration?

It connects the systems around a turnaround or a visiting aircraft: arrival information, service requests (fuel, lavatory, catering, ground power, hangar), crew transportation, and the invoice at the end. The aim is that a service performed on the ramp becomes a billable line without someone transcribing a paper ticket.

NATA says the U.S. FBO industry has nearly 3,000 locations, with fuel and maintenance as the top two services. Fuel is the main revenue line, so the fuel ticket, price and customer account must match every time.

Customers also expect digital requests. Corporate flight departments and charter brokers send service requests by email, phone and sometimes through trip-support platforms. Capturing those in one intake queue, rather than across inboxes and radios, makes sure the request reaches the line crew and the invoice.

Where do charges and information get lost?

Typical leaks are fuel tickets that never reach billing, ancillary services performed but not logged (ground power, lavatory service, de-ice), and handoffs between shifts. Ramp staff often work on handhelds, radios or paper, and the office re-keys the result at end of day.

Staffing makes the problem worse. In an IATA survey, 60% of ground handling professionals said they lacked enough qualified staff, and 27% feared current employees would leave soon. Turnover means new staff constantly learn the process, so a simple mobile form with required fields beats a flexible but error-prone one.

Credit and contract rules add complexity at FBOs: contract fuel prices by customer, fuel card programs, tiered discounts, and fees waived with a minimum fuel purchase. Encoding these rules in one place keeps the fuel ticket, the invoice and the customer's statement consistent, instead of leaving the line crew or the office to apply them from memory.

• Fuel tickets matched to customer accounts, contract fuel and card programs
• Service request intake from the customer by phone, email or web
• Arrival and departure data from flight tracking sources such as FlightAware AeroAPI
• Invoice generation and export to QuickBooks or an ERP

Which standards and systems come into play?

For airline ground handling, the IATA Standard Ground Handling Agreement (SGHA) defines the service terms and billing basis, and IATA's XTST standard defines timestamps for turnaround events. Messaging between airlines and handlers uses IATA Type B messages and, increasingly, APIs.

FBO systems vary. Some operators use dedicated FBO management software, others a combination of a fuel system, spreadsheets and accounting software. The integration scope depends on which exports and APIs your tools provide.

Data quality at the ramp is the usual weak point, so design for the worst day. Use pick lists instead of free text, prefill the tail number from the arrival log, work offline on a handheld when coverage is poor, and sync when connectivity returns. Photo capture of a fuel slip is a fast fallback.

Is AI relevant here?

SITA reports 53% of airports apply AI to aircraft turnaround, while only 17% of airlines monitor turnaround in real time with AI, so coverage is uneven. For a smaller handler or FBO, the practical use is narrower: reading emailed service requests, flagging a missing fuel ticket by comparing the arrival log to billing, and drafting end-of-day summaries for the duty manager.

Reporting closes the loop for managers. A daily view of arrivals, services performed, fuel uplift and uninvoiced items shows leaks the same day. Over a month, it reveals which services are routinely performed but not billed, which is a pricing and process decision rather than a software one.