Seven Passengers Sue Delta After Low-Speed Collision with Japan Airlines 787 at Seattle

In February 2025, a slow-speed collision at Seattle-Tacoma International Airport involved a Japan Airlines Boeing 787-9 and a stationary Delta Air Lines Boeing 737-800. Despite the impact occurring at roughly 2.3 mph, none of the 335 passengers and crew aboard both aircraft were reported injured at the time. However, seven members of a single family who were on the Delta flight have since initiated legal claims alleging injuries resulting from the incident.

The collision happened on February 5, 2025, as Delta Flight 1921 was parked near the airport's deicing area preparing to depart for Puerto Vallarta. The Boeing 737-800 was stationary with its parking brake engaged when Japan Airlines Flight 68, arriving from Tokyo Narita, taxied behind it at about two knots. The right wingtip of the Japan Airlines 787 struck the vertical tail of the Delta 737, causing significant damage to the Delta aircraft's rear and minor damage to the JAL plane's wingtip.

The NTSB investigation identified that the Japan Airlines flight crew failed to maintain a safe clearance distance while taxiing, which led to the contact. The Delta crew was constrained by congestion and deicing operations ahead, limiting their ability to reposition the aircraft to avoid an impact. The damage was evident post-collision, but there were no immediate injury reports from either airline, according to Delta’s statements and the NTSB findings.

Despite the initial safety assessments, seven members of one family aboard the Delta flight have filed injury claims alleging physical harm from the collision. Lead plaintiff Renardo Robertson alleges that the impact caused the delta jet to move and twist, forcing him to hit a nearby console and injure his lower back with symptoms radiating into one leg. He claims to have undergone significant and invasive medical treatment following the incident. His wife, daughter, son-in-law, two granddaughters, and brother-in-law have joined in related legal actions.

This litigation highlights a discrepancy between the immediate injury reports and the later claims, which is not uncommon in aviation incidents where symptoms might emerge or worsen over time. The plaintiffs must substantiate their injuries and causation in court, which will require detailed medical evidence and testimony. The fact that the collision occurred at very low speed and no immediate injuries were logged will be key factors in evaluating these claims.

Notably, even though the Japan Airlines aircraft caused the physical collision, legal responsibility for passenger injuries can attach to Delta under the Montreal Convention. This international treaty holds the carrier transporting passengers liable for qualifying injuries caused by an aircraft accident—even if a third party’s actions contributed to the accident. As such, both Delta and Japan Airlines may face involvement in the resulting lawsuits.

The Japan Airlines flight crew’s failure to maintain clearance was the operational cause, but passengers' claims rightly target Delta because they were its paying customers. This legal nuance underscores complexities in airline liability, especially on the ramp and taxiway areas of airports, which are highly congested operations zones. The NTSB’s findings clarify operational factors but do not resolve passenger claims, which hinge on medical evidence and legal standards.

The case is striking given the low-speed nature of the collision and clean initial safety reports, underscoring how even minor airport incidents can produce protracted legal consequences. It also reflects the challenge passengers and airlines face when latent injuries are claimed after an otherwise minor ground collision.

The outcome of these claims will be guided by the ability of the plaintiffs to prove causation and injury severity linked to the incident. The litigation could also prompt airlines and airports to revisit taxi procedures and proximity protocols in congested areas like deicing pads to minimize similar collisions in the future.