Key Takeaways

  • Airlines look like pure consumers of jet fuel, but their revenue models make them structurally long oil.
  • Ticket prices and fuel surcharges move in tandem with crude prices, showing a 75% correlation to Brent crude.
  • While standard swap hedges hit an 88% correlation with jet fuel costs, treating treasury risk separately from ticket pricing leads to double-hedging.
  • Former Qatar Airways treasurer David Kang built an options strategy modeled on oil refinery crack spreads that generated $130 million.

The Refinery Trap

Ask any airline executive what keeps them up at night, and they will tell you the price of jet fuel. The standard playbook says airlines are short oil. They burn thousands of barrels every hour, so when energy markets spike, operating costs explode. Corporate treasuries respond by buying crude swaps and heating oil derivatives to protect their balance sheets.

Kang realized this logic misses half the ledger. During his time managing treasury risk at Qatar Airways, he started asking what happens on the commercial side when oil prices jump.

“Think of an airline, very similar to an oil refinery,” Kang explains. “What does an oil refinery do? It takes in crude, sends it to this crude distillation unit, the CDU, and all of that comes out on the other side of the products.”

Refineries do not just buy crude and hope for the best. They trade the crack spread, capturing the margin between input costs and finished fuel prices. Airlines run the exact same operation. They buy fuel, run it through aircraft, and sell seats.

The 75% Correlation

When Kang analyzed ticket pricing data, the numbers destroyed the conventional view. Passenger fuel surcharges and dynamic ticket pricing tracked energy markets with astonishing precision.

“We ran correlations between the fuel surcharge and Brent, and the correlations came back around 75%,” Kang says. Meanwhile, his treasury swaps gave the airline an 88% correlation to jet fuel on the expense side.

Because commercial teams automatically pushed higher fuel surcharges onto passengers whenever oil rallied, airline revenue rose alongside oil prices. The commercial team was building an unhedged long position in energy without telling treasury.

“We talked about this, and even they didn't realize that they were actually long oil,” Kang recalls. “I actually said, 'You know, you're long oil. That's how you get your revenue, because you've built that long oil.'”

If your revenue climbs by $50 million when oil spikes, and your treasury derivatives pay out another $50 million, you did not hedge your risk. You doubled down on oil prices. If crude crashes, your derivative position bleeds cash while your pricing power evaporates.

Unifying Revenue and Treasury

Treating an airline like a refinery changes the entire risk calculation. Refineries protect their margins by selling the spread between crude and finished product. Kang applied this to air travel by integrating ticket revenue with treasury positions.

“So what does a refinery do? They sell the crack,” Kang says. “That's the difference between the product and the underlying crude. That's a spread. So they sell the product, which is basically producer hedging, because it's called revenue hedging. So in that ticket, we have a product, and we have revenue. And that's where you do revenue hedging. So you have consumption hedging, and you have revenue hedging.”

By viewing the business as an integrated spread rather than an isolated fuel bill, Kang designed a structured options strategy that locked in ticket margins and generated $130 million for the airline.

What to Do With This

Audit your pricing power against your largest cost input this week. Run a simple regression between your raw input costs (like cloud compute, freight, or ad spend) and the realized prices you charge customers. If your contract terms or dynamic pricing pass cost increases straight to the buyer, stop buying defensive financial hedges for those same costs.