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Revised Wake Turbulence Categories Increase Airport Capacity

Gemini Sparkle

Key Takeaways:

  • The FAA's new Recat (re-categorization) system for aircraft wake turbulence has increased Memphis International Airport's operational capacity by 15% through refined categorization.
  • Recat expands categorization from 5 to 6 groups (A-F), considering factors beyond just weight, such as approach speed and wing design, to more accurately determine wake turbulence levels.
  • This allows for reduced inline separation on approach and shorter takeoff wait times, leading to savings in fuel burn, reduced emissions, and is expected to increase operational efficiency at more airports by an average of 7%.
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Since adopting new standards of categorizing aircraft for their wake turbulence, Memphis International Airport has increased its operational capacity by an estimated 15 percent. Under a new FAA system called Recat (for “re-categorization”), the new standards refine how aircraft wake turbulence levels are categorized. This makes for significant differences in determining following distances on landing and wait times for aircraft taking off after the aircraft ahead.

The old standards divided aircraft into five categories based primarily on weight. The new program has six categories, based not only on weight, but also on approach speed, wing design and other factors. The new categories are labeled A – F, with A generating the most severe wake turbulence. The Airbus A380 is in the A category, while small jets such as Cessna Citations are listed in the F category.

Mark Phelps

Mark Phelps is a senior editor at AVweb. He is an instrument rated private pilot and former owner of a Grumman American AA1B and a V-tail Bonanza.

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