The tail strike incident involving Kalitta Air Flight 264, a Boeing 777 freighter arriving from Brussels on July 19, 2026, presents an unusual variant of a well-documented aviation hazard. While tail strikes are most commonly associated with takeoff rotation—where excessive pitch angle scrapes the aft fuselage against the runway—this event occurred during a rejected landing sequence at Cincinnati/Northern Kentucky International Airport (CVG). According to available reporting, the crew elected to go around from a low altitude after an unsatisfactory approach to Runway 36R, but the main landing gear had already made contact with the runway before the aircraft could begin its climb. Air traffic control subsequently advised the crew that a tail strike had occurred during the go-around maneuver itself. The flight crew responded appropriately, climbing to 4,000 feet to work through applicable checklists, conducting a low approach for visual inspection from the tower, and ultimately landing safely on Runway 36L roughly 25 minutes after the initial event. The aircraft, a 21.5-year-old 777 freighter registered N778CK, was subsequently pulled from service for inspection.
For working pilots, particularly those flying widebody freighters or transport-category aircraft, this incident underscores a critical distinction in tail strike risk assessment: strikes occurring during a landing or go-around sequence, as opposed to takeoff, often produce more severe and less predictable structural damage. During takeoff, tail strikes typically result from a relatively controlled, gradual pitch increase at low groundspeed. A tail strike during a go-around from touchdown, however, can involve a compressed landing gear, a rapidly changing pitch attitude, and potentially asymmetric loading depending on aircraft configuration and residual sink rate—factors that complicate damage assessment and increase the likelihood of pressure bulkhead or structural skin damage requiring extensive inspection before return to service. This is precisely why Kalitta grounded the aircraft immediately rather than continuing operations, a decision consistent with standard operating procedures across cargo and passenger carriers alike following any suspected tail strike.
The event also highlights the judgment demands placed on crews executing late-stage go-arounds, a maneuver that remains one of the more challenging and infrequently practiced procedures in line operations despite its prominence in recurrent simulator training. Go-around decision-making has received intensified scrutiny industry-wide following multiple incidents and studies—including FAA and flight safety foundation research—showing that crews are often reluctant to execute go-arounds even when unstable approach criteria are met, and that when go-arounds do occur from very low altitudes or after touchdown, the transition from landing to climb configuration introduces unique risks around thrust application timing, pitch control, and gear/flap sequencing. This incident, occurring after the aircraft had already touched down, sits in a gray zone between a "bounced landing" recovery and a traditional go-around, both of which carry their own established but distinct handling techniques that crews must correctly identify and apply under pressure.
Broadly, this incident is a reminder to cargo and passenger operators alike of the importance of maintaining rigorous go-around and stabilized approach discipline, especially for widebody aircraft where tail clearance margins are inherently tighter due to longer fuselage length and lower rotation angle tolerances compared to narrowbody types. Kalitta Air, a major ACMI and cargo carrier operating a substantial 777 and 747 freighter fleet, will likely face a thorough maintenance and structural inspection process before N778CK returns to revenue service, mirroring protocols seen across the industry after similar events. For fleet operators and training departments, incidents like this often prompt renewed emphasis in simulator sessions on late go-around scenarios and rejected landing procedures, reinforcing that even a routine cargo run between major hubs can turn into a significant airmanship test with no advance warning.