Winemaker Crafts Blend at 35,000 Feet for United

Jesse Katz used high-altitude conditions to refine a new wine blend from California's Farrow Ranch.

Updated on Oct. 15, 2026 in Wine

Winemaker Crafts Blend at 35,000 Feet for United

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Do you believe airlines should invest in creating exclusive menu items specifically for the flight experience?

Winemaker Jesse Katz recently blended a new wine while aboard a United Airlines flight at 35,000 feet. The project aims to develop a wine specifically tailored for the sensory experience of air travel.

Why it matters

The collaboration seeks to address how altitude alters the flavor and structure of wine. By blending in the air, the winemaker intended to compensate for the unique environmental factors found during flight.

The blend consists of 76 percent cabernet sauvignon, 12 percent malbec, 6 percent merlot, 4 percent petit verdot, and 2 percent cabernet franc from Farrow Ranch. The process incorporates 40 percent new French oak and requires 24 months of aging.

The players

Jesse Katz

He is the founder of Aperture Cellars and a winemaker based in Sonoma County.

United Airlines

It is a major commercial air carrier that collaborated on this high-altitude blending project.

Aperture Cellars

This winery is located in Sonoma County and was established in 2009.

The details

Katz utilized laboratory tools including beakers and pipettes to test nine distinct variations of the blend while in the air. All grapes used in the project were sourced from the Farrow Ranch vineyard located in the Alexander Valley.

Jesse Katz founded Aperture Cellars in 2009.
The wine is planned for release in 2028.

Culture Shift

This project reflects a broader trend of luxury brands customizing products to meet the unique constraints of the modern travel experience. By focusing on the sensory experience of air travel, the collaboration challenges conventional methods of wine production.

Consumers should anticipate the release of this specialized wine in 2028. The long aging process means the final product will not reach the market for several years following its initial formulation.

The takeaway

This experiment highlights how environmental factors at high altitudes can fundamentally change how we perceive flavor in beverages. Future travelers may see more specialty items specifically engineered for the unique conditions of flight.