Understanding why flights are disrupted at SPC is essential for assessing whether your claim will succeed. La Palma has a unique combination of challenges that set it apart from even the other Canary Island airports.
Volcanic Terrain and Extreme Topography
La Palma is one of the steepest islands in the world relative to its size. The Caldera de Taburiente national park rises sharply to 2,426 metres at Roque de los Muchachos, creating a massive natural barrier just kilometres from the airport runway. This topography generates severe wind shear, turbulence zones, and rapidly shifting microclimates around the approach and departure paths. Pilots landing at SPC must navigate complex terrain-induced air currents that can change within minutes.
Claim impact: Terrain is permanent and entirely predictable. Airlines choosing to operate at La Palma are expected to account for these known conditions in their planning, crew training, and schedule buffers. Terrain-related operational delays are not extraordinary circumstances.
Atlantic Trade Winds and Crosswinds
The Canary Islands sit in the path of the northeast trade winds, and La Palma's mountainous profile amplifies these winds significantly. The airport's single runway is oriented to handle prevailing conditions, but when wind direction shifts or gusts intensify beyond the runway's crosswind limit, operations must halt. During winter storms, sustained crosswinds can close the airport for hours.
Claim impact: Trade winds are a permanent, well-documented feature of the Canary Islands climate. Seasonal storms are foreseeable. Airlines that fail to build adequate schedule resilience or that do not pre-position passengers on alternative routes are liable for compensation when crosswind closures cause extended delays.
The 2021 Cumbre Vieja Eruption and Ongoing Volcanic Risk
The eruption of Cumbre Vieja in September 2021 was a defining event for La Palma. Lasting 85 days, it was the longest eruption on the island in recorded history, destroying over 2,900 buildings and reshaping the island's southern landscape. During the eruption, volcanic ash intermittently contaminated the airspace around La Palma, forcing flight cancellations and route adjustments. Even after the eruption ended, residual ash and the possibility of renewed activity continued to affect airline scheduling.
Claim impact: While an active volcanic eruption is typically an extraordinary circumstance, the application is not automatic. Airlines must prove that volcanic ash was present at the altitude and location of your specific flight path at the time of your specific disruption. If the airline cancelled flights as a blanket precaution when the Toulouse Volcanic Ash Advisory Centre had not issued a danger warning for the relevant airspace, the extraordinary circumstance defence weakens significantly. Post-eruption, the risk is known and airlines must adapt their contingency plans accordingly.
Limited Flight Frequency and Connectivity
La Palma Airport typically handles only 15 to 25 commercial departures per day, with significant seasonal variation. When a single flight is cancelled, the limited alternatives mean passengers can be stranded for 12 to 24 hours or more. Inter-island connections via Tenerife North or Gran Canaria add complexity and additional delay risk. During peak winter tourism season, replacement seats are scarce because flights often operate at high load factors.
Claim impact: Airlines are responsible for re-routing passengers by the earliest available means, even if that means booking passengers on competitor airlines or routing through alternative airports. The limited connectivity at La Palma does not reduce the airline's obligation — it increases the importance of proper contingency planning.
