Jet A Price Per Gallon: What Drives the Number on the FBO Board

Jet A pricing discussions have gotten complicated with all the “why does avgas cost less than Jet A at some airports and more at others” debates, the fuel hedging versus spot purchase strategy arguments, and “why can the same airport charge $3 more per gallon than the one across town” questions flying around. As someone who has spent years following aviation fuel markets and the specific supply chain, taxation, and market factors that determine what pilots and airlines pay for Jet A, I learned everything there is to know about how Jet A is priced. Today, I will share it all with you.

But what determines Jet A price per gallon, really? In essence, it starts with crude oil — Jet A is a kerosene-based distillate whose feedstock price tracks crude oil markets — but then it passes through refining costs, pipeline and terminal fees, distribution logistics, local taxes, FBO margin structures, and real-time supply-demand dynamics that together produce the number on the board when you pull up to the fuel farm. But it’s much more than commodity pricing. For operators planning cross-country trips or airlines budgeting fuel expenses, understanding which factors move Jet A pricing is what allows intelligent purchasing decisions rather than passive price-taking.

Crude Oil: The Foundation

Crude oil is the raw material for Jet A. The correlation between crude oil futures prices — West Texas Intermediate, Brent North Sea — and Jet A retail prices is strong but not immediate. Refiners buy crude, process it into refined products including Jet A, and sell into the supply chain. When crude oil rises, refinery input costs rise, and those costs work their way through to Jet A prices with a lag of days to weeks. Don’t make my mistake of assuming the correlation is one-to-one in real time — at least if you’re trying to time fuel purchases around crude oil movements, because the lag, inventory levels, and refining capacity utilization all create noise in the relationship between crude spot prices and pump prices.

Refining Process and Costs

Turning crude oil into Jet A requires distillation — separating the crude into fractions by boiling point — followed by hydroprocessing to remove sulfur and other contaminants to meet ASTM D1655 Jet A specifications. The refining process adds cost that varies with the crude slate being processed, energy prices at the refinery, and refinery capacity utilization. Tight refinery capacity during high demand periods adds a refinery margin above the crude input cost. Surplus capacity does the opposite.

Distribution and Location Premium

Jet A moves from refineries to airports through pipeline systems, railcars, and tanker trucks. Airports near pipeline terminal access points pay lower distribution costs than remote airports served only by truck delivery. That’s what makes regional Jet A price variation endearing to fuel pricing analysts — the differential between a well-located metropolitan airport and a remote mountain airport isn’t arbitrary, it’s the quantified cost of getting fuel to a location that infrastructure doesn’t serve efficiently. Some isolated airports pay $2-4 more per gallon than major hubs simply due to transportation premium.

FBO Pricing and Competition

Fixed Base Operators set Jet A retail prices that include their wholesale fuel cost plus margin. At airports with a single FBO, competition doesn’t constrain the margin. At airports with multiple FBOs, pricing pressure is real and noticeable. Fuel programs — Avfuel, Air BP, World Fuel — provide member pricing that can be substantially below walk-up retail at FBOs that participate. Pilots and operators who don’t have fuel cards often pay the highest available price at an airport. First, you should establish fuel program membership before flying cross-country — at least if you’re operating a turbine aircraft regularly, because the per-gallon difference between walk-up and contract pricing at major FBOs can exceed $1.50, and that adds up meaningfully over a season.

Taxes and Government Fees

Federal and state taxes on aviation fuel vary significantly. Federal excise tax on commercial aviation Jet A differs from the tax rate on general aviation. State taxes vary by jurisdiction. Some states with large general aviation populations have relatively low Jet A taxes; others add meaningful per-gallon taxes on top of the national baseline. Local airport fuel flowage fees — assessed by the airport authority per gallon fueled — add another layer. The total tax and fee component in Jet A retail pricing can range from under $0.20 to over $0.70 per gallon depending on location.

Airline Hedging Strategies

Airlines use fuel hedging to manage price volatility. Hedging involves entering into forward contracts, swaps, or options that lock in fuel prices for future purchases, providing cost predictability regardless of market movements. Southwest Airlines built a significant competitive cost advantage through successful hedging programs in the 2000s. When hedges prove well-timed they protect against price spikes; when market prices fall below hedged prices the airline pays above market — a cost that airlines with large hedge books learned during the 2014-2016 oil price collapse.

Sustainable Aviation Fuel Premium

Sustainable Aviation Fuel currently commands a significant premium over conventional Jet A — typically 3x to 5x the conventional price depending on feedstock and production pathway. Airlines purchasing SAF to meet sustainability commitments or regulatory requirements absorb this premium either directly or by passing it to passengers through voluntary carbon surcharges or mandatory SAF blend mandates in jurisdictions like the European Union. As SAF production scales, the premium is expected to compress, but near-term pricing reflects the production economics of a still-developing industry.