Italian aerobatic pilot Dario Costa has completed a dual manoeuvre never before achieved in aviation: landing on — and taking off from — a moving cargo train travelling at full operational speed.
The feat took place on 15 February 2026 in Afyonkarahisar, Türkiye. Flying a Zivko Edge 540 (N544AR), Costa synchronised his aircraft with a freight train moving at 120 km/h before touching down on the ninth and final container. Moments later, he lifted off from the same container into a vertical pull manoeuvre.
A Precision Exercise at the Edge of Aerodynamics
Unlike a conventional runway approach, the landing platform remained largely outside Costa’s forward field of vision due to aircraft pitch attitude and the train’s forward motion. The approach required:
Train speed: 120 km/h (65 knots)
Aircraft near-stall speed: 87 km/h (47 knots)
Normal cruise speed: approx. 370 km/h (200 knots)
The aircraft had to be precisely speed-matched to the train. Any velocity mismatch — even marginal — would have resulted in overshooting or lateral misalignment.
Compounding the challenge was dynamic turbulence generated by the moving train. The carriages disrupted airflow, forcing Costa to make continuous micro-corrections in pitch, roll, and yaw to maintain longitudinal and lateral stability.
The landing surface became visible only in the final seconds of approach, effectively making it a “blind” landing dependent on proprioception, aerodynamic feel, and cognitive processing rather than visual glide cues.
Step-by-Step Execution
Approach Phase – Speed synchronisation with the train at 120 km/h while aligning longitudinally.
Touchdown – Main wheels contacted the ninth cargo container.
Stabilisation – Continuous aerodynamic corrections amid platform-induced turbulence.
Take-Off – Controlled acceleration followed by a vertical pull into a steep climb.
Costa described it as one of the most demanding projects of his career, emphasising that alignment precision was the most critical variable.
Months of Engineering and Simulation
The project began in early 2024. Because repeated live trials on a moving train were impractical, preparation relied heavily on:
Aerodynamic simulations
Controlled ground-based rehearsals
Moving-platform tests
A notable test phase occurred in Pula in collaboration with Rimac Automobili, where Costa used a precision-moving vehicle reference to refine timing and alignment.
Site selection ultimately favoured Afyonkarahisar due to railway infrastructure and operational control parameters.
Building on a Record of Extreme Flight
Costa is no stranger to unconventional aviation achievements. In 2021, he completed the “Tunnel Pass” flight through dual highway tunnels near Istanbul — at the time another aviation first.
The train landing represents a conceptual progression: moving from static confined spaces to dynamic, synchronised moving platforms. It pushes the boundary of coordinated flight under non-traditional constraints, demonstrating how simulation, data modelling, and pilot skill can redefine operational limits.
Why It Matters
While primarily a demonstration feat rather than a practical aviation application, the manoeuvre highlights advances in:
Low-speed aerodynamic control
Moving-platform synchronisation
Pilot cognitive load management
Precision flight modelling
Landing on a moving object at full operational speed introduces a new category of controlled dynamic interface between aircraft and non-aviation infrastructure.
Costa summarised the experience succinctly: landing on a platform “you can barely see, relying purely on feeling the wind,” requires a level of focus distinct from even tunnel flight.
The result is a verified aviation world-first — and a demonstration of how far precision aerobatics can extend the envelope of controlled flight.