The Smart Marty Sky Dispatch
Severe weather in La Palma due to Storm Bruna leads to the diversion of seven flights.
Seven flights were diverted from La Palma Airport in the Canary Islands on Sunday due to adverse weather conditions caused by Storm Bruna, according to Aena. Affected flights included one from Tenerife South and two from Gran Canaria. Additionally, a flight originating in Munich was rerouted to Tenerife South, along with another from Zurich and […]
Seven flights were diverted from La Palma Airport in the Canary Islands due to adverse weather associated with Storm Bruna, according to Aena, as reported by Tenerife Weekly. The diversions involved services from Tenerife South and Gran Canaria, with a Munich-originating flight rerouted to Tenerife South. Additional diversions affected services coming from Zurich and Madrid, and a Hamburg service was diverted to Gran Canaria. The report cites Aena as the source for both the diversions and the weather-related disruption, and it notes that no further details were provided about specific flight numbers, aircraft types, injuries, or delays beyond the aircraft diversions themselves.
Simple Flying adds context to the same storm event by describing strong jet stream conditions over the North Atlantic on November 3 and 4, 2026, which led to several overspeed alerts for transatlantic flights. The article explains that powerful upper-level winds can push aircraft toward higher airspeeds during oceanic crossings, triggering overspeed alerts even when crews are maintaining approved speed limits. The event is framed as occurring during overnight eastbound legs across the North Atlantic corridor, underscoring how meteorological conditions can affect flight operation parameters and safety considerations on transatlantic routes.
Within Simple Flying’s coverage, one example is highlighted: British Airways Flight BA252, operated by a Boeing 777-200, briefly exceeded its reported operational speed limit by about 7–10 knots during a transatlantic crossing. This overspeed event is linked to the same jet stream conditions described in the report, and Simple Flying presents it as a solitary instance among multiple overspeed alerts associated with the North Atlantic meteorological phenomenon. No further aircraft tail numbers or additional overspeed cases are detailed beyond this BA252 example in the provided material.
The North Atlantic operations context noted by Simple Flying includes routes such as Nassau–London, where overnight eastbound flights encountered strong jet streams that affected speed advisories or overspeed events observed by flight decks and air traffic management. The coverage emphasizes the broader implications of high-altitude winds on flight performance, times, and safety considerations for transatlantic operations, but it does not enumerate additional incidents beyond the BA252 case within the supplied material.
The material from Simple Flying also touches on broader aviation industry dynamics in a separate segment, discussing Allegiant Air’s plans to further reduce Sun Country Airlines’ passenger schedule at Minneapolis–Saint Paul International Airport. This discussion connects to London-wide demand being described as robust in the Twin Cities area, with reductions attributed to Sun Country’s pilot staffing levels remaining below the required threshold to operate the planned services. The report cites staffing as the limiting factor in execution of the scheduled flights, and the statements come from Allegiant. The content here serves as broader context rather than detailing additional North Atlantic overspeed events or La Palma diversions.
Taken together, the combined material confirms that Storm Bruna caused diversions at La Palma, as reported by Tenerife Weekly via Aena, with flights redirected from Tenerife South and Gran Canaria, including a Munich-originating service, and diversions involving Zurich, Madrid, and Hamburg. It also outlines separate, meteorology-related overspeed phenomena affecting North Atlantic operations during the same time frame, illustrated by the BA252 overspeed instance attributed to jet stream strength, as described by Simple Flying. The reports consistently attribute the aviation safety and operational considerations to atmospheric conditions, though they do not provide broader flight-by-flight detail or confirm additional incidents beyond the named example.