Tamarack Tests Winglets With Fly-Off Event

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Key Takeaways:

  • Tamarack Aerospace conducted a real-world fly-off comparing a CitationJet equipped with Active Winglets against an unmodified aircraft on a long flight from Portland, Maine, to West Palm Beach, Florida.
  • The Active Winglet-equipped CitationJet completed the 1,386-mile journey non-stop in 4 hours 36 minutes, consuming 2,610 pounds of fuel.
  • In contrast, the unmodified aircraft was unable to make the trip without a fuel stop, flew a longer route (1,496 miles), took more time (5 hours 37 minutes), and consumed significantly more fuel (3,650 pounds), demonstrating the Active Winglets' substantial benefits in range and fuel efficiency.
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Tamarack Aerospace has completed a fly-off event testing a CitationJet equipped with the company’s Active Winglets against an unmodified aircraft of the same type. Intended to be a “real-world comparison” between the two, the fly-off route took the aircraft from Portland, Maine (PWM) to West Palm Beach, Florida (PBI). At the conclusion of the event, the unmodified aircraft had flown 1,496 miles in 5 hours and 37 minutes and used 3,650 pounds of fuel while the Active Winglet-equipped CitationJet traveled 1,386 miles in 4 hours and 36 minutes, using 2,610 pounds of fuel.  

“This was the first fly-off comparing an Active Winglet aircraft and a flat-wing aircraft operating under the same conditions,” said Tamarack CEO Nick Guida. “As we saw yesterday, the Active Winglet competitor was unable to make the east coast trip without a stop, we couldn’t plan it safely. The Active Winglet transformed CitationJet (N44VS) was able to complete the trip without a fuel stop.” 

The unmodified CitationJet also took a detour due to weather, resulting in a longer trip. The Active Winglet-equipped aircraft flew with a planned 200-pound weight penalty. According to Tamarack, its Active Winglets, which are currently available for Cessna 525, 525A and 525B business jets, are made up of a wing extension, winglet and autonomous load alleviation system.

Kate O'Connor

Kate is a private pilot, certificated aircraft dispatcher, and graduate of Embry-Riddle Aeronautical University.
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