This revised report presents the key developments behind Storm Dave Hit the UK Over Easter 2026: 93mph Gusts, Snow, Power Cuts and Travel Disruption in a clearer structure, without adding claims beyond the original article.
Storm Dave brought damaging winds, heavy rain and late-season snow to the UK over Easter weekend on 4 and 5 April 2026.
The Met Office named the storm on 2 April as forecasts showed a rapidly deepening Atlantic low pressure system.
After the event, the Met Office described Dave as the most severe April windstorm since the UK’s storm-naming system began in 2015, based on the number of stations recording strong gusts.
A gust of 93mph was recorded at Capel Curig in north Wales.
When did Storm Dave hit?
The main impacts occurred from Saturday 4 April into Easter Sunday, 5 April.
Where was it worst?
Scotland, Northern Ireland, northern England and north Wales experienced the strongest impacts.
Why the storm intensified
The low-pressure system deepened rapidly as it crossed the Atlantic and interacted with the jet stream.
Wind warnings
The Met Office issued yellow warnings first and later upgraded part of the risk area to amber.
What does an amber warning mean?
Amber warnings indicate an increased likelihood of significant disruption or danger.
People are advised to change plans where necessary and prepare for impacts.
How strong were the winds?
Gusts of 60 to 70mph were recorded across exposed areas.
Capel Curig reached 93mph.
Why the Capel Curig gust mattered
The Met Office said it was the highest April gust at that site in around 30 years of records.
Was it the strongest April wind ever in the UK?
No.
The UK’s observational record includes stronger April gusts, including 100mph at Flat Holm in 1994.
Why the “most severe since naming began” wording matters
Storm naming began in 2015.
The comparison refers to named April storms in that modern period rather than all April weather history.
Rainfall
Western Scotland received some of the heaviest rain.
Glen Ample in Stirling recorded around 50mm during the storm period.
Why 50mm can be disruptive
Heavy rain on saturated or steep ground can cause local flooding, surface water and difficult driving conditions.
Snow
Colder air wrapped around the storm and brought snow to higher ground in northern Scotland.
How much snow fell?
Loch Glascarnoch recorded around 6cm, with other upland areas also seeing accumulation.
Blizzard conditions
Strong winds combined with falling snow produced drifting and very poor visibility in some Highland areas.
Power cuts
Thousands of properties across Scotland, northern England, Wales and Northern Ireland lost electricity during the storm.
Why strong wind causes power cuts
Trees and branches can fall onto overhead lines.
Wind can also damage equipment directly.
Road disruption
Fallen trees blocked several routes.
Some roads in Scotland, including sections of the A83, A87 and A8, were affected.
Bridge restrictions
Speed restrictions were imposed on major crossings including the Queensferry Crossing.
Why bridges are vulnerable
High-sided vehicles can become unstable in crosswinds.
Authorities may limit traffic or close a crossing when gusts exceed safe thresholds.
Rail disruption
Strong wind can bring debris onto tracks and damage overhead equipment.
Rail operators imposed restrictions and delays in affected regions.
Ferries
Some services in western Scotland and between Northern Ireland and Scotland were cancelled.
Why ferries cancel before conditions peak
Operators need to protect passengers, crews and vessels.
Forecast wave and wind conditions can justify cancellation even before a storm arrives.
Structural damage
A house wall partially collapsed in Blackpool.
Trees also damaged buildings and vehicles in other areas.
Why Easter timing made the storm more disruptive
The storm arrived during one of the busiest travel weekends of the year.
Millions of leisure journeys were planned.
Tourism impact
Some attractions and accommodation businesses faced cancellations because people changed Easter plans.
Why forecasters warned early
The Met Office named the storm two days before the strongest winds.
That gave transport operators and households time to prepare.
Why forecasts changed
Storm tracks can shift by tens of miles.
Warnings are updated as confidence increases.
What people were advised to do
Secure loose outdoor items, avoid unnecessary exposed travel and monitor updated warnings.
Driving
Strong crosswinds can affect vans, caravans and motorcycles.
Drivers should reduce speed and allow extra distance.
After the storm
Conditions improved quickly in many places as Dave moved into the North Sea.
Warmer and sunnier weather followed in parts of the UK.
Why rapid improvement can be misleading
Fallen trees, damaged lines and flooding can take longer to repair than the weather itself takes to clear.
How Storm Dave compared with other 2025/26 storms
The UK used only four names from its own seasonal list, but several European-named systems also affected the country.
Storm Dave was the final UK-named storm of the season.
Why one storm does not show a climate trend
Individual severe storms occur naturally.
Climate analysis requires long-term trends in storm frequency, intensity and rainfall rather than one event.
Conclusion
Storm Dave justified the warnings issued before Easter 2026.
It produced a 93mph gust in north Wales, heavy rain in western Scotland, upland snow, power cuts and widespread travel disruption.
The Met Office later judged it the most severe April windstorm of the storm-naming era.
The event is a useful example of why weather headlines should be updated after the storm: the final observed impacts are more informative than the earlier forecast alone.
Sources and further reading
See the Met Office’s post-storm review and its original warning.
How the storm got its name
The UK storm-naming system is operated with Met Éireann and the Dutch weather service KNMI. Names are used when a storm is expected to create enough impact that clearer public communication will help.
The name itself does not measure severity; warnings and observed weather do.
Why Dave was only the fourth UK-named storm
The 2025/26 season used Amy, Bram, Chandra and Dave from the joint list. Other storms named by European services also affected the UK.
A relatively low number of named storms does not mean the season lacked severe weather.
Why rapid deepening matters
A rapidly deepening low can tighten the pressure gradient, producing stronger winds over a short period.
Forecast models identified that possibility several days before Easter.
Why north Wales recorded the peak gust
Mountains can accelerate airflow locally. Capel Curig is an exposed site where topography often produces very strong gusts.
A peak measurement there does not mean every nearby town experienced 93mph.
Why wind gusts differ from sustained wind
A gust is a short peak rather than the average wind speed over several minutes.
Damage can nevertheless occur during those brief peaks.
Why the storm was disruptive despite passing overnight
The Met Office said the nocturnal timing limited some exposure because fewer people were travelling and outdoors.
Even so, power networks, trees and infrastructure remained vulnerable.
Power restoration
Electricity companies deploy repair crews once conditions are safe enough to work near damaged lines.
Remote areas can take longer to restore because faults are harder to reach.
Why snow complicated northern impacts
Strong wind alone causes transport problems. Adding wet snow or drifting snow can block upland roads and reduce visibility dramatically.
Why Easter tourism was hit
Accommodation, ferries and attractions rely heavily on holiday weekends. Cancellations made before the storm can still cause financial losses even if a particular town escapes the worst weather.
Why warnings are probabilistic
A weather warning identifies risk across an area; it does not promise every location will experience the same conditions.
Some people may see limited impacts while a nearby exposed location experiences serious damage.
How to read colour warnings
Yellow, amber and red combine expected impact and likelihood. A yellow warning can still produce dangerous local weather, while amber indicates greater confidence or consequence.
What to do after a windstorm
Avoid downed power lines, unstable trees and damaged structures. Report hazards to the appropriate utility or local authority rather than approaching them.
Why old weather warnings should be updated
Once an event has finished, observed data becomes more authoritative than forecast wording. An evergreen article should therefore report the 93mph peak, rainfall totals and actual disruption rather than continue saying only that forecasters “warn”.
Why Storm Dave matters climatologically
It was a significant April windstorm in the modern record and generated several local April wind records.
That makes it useful for future comparison, while still not proving a long-term climate trend by itself.
Why coastal areas face different wind hazards
Exposed coasts can experience stronger gusts and large waves at the same time. Sea spray, overtopping and debris can make promenades and coastal roads unsafe even where rainfall is limited.
Why trees can fall after relatively modest rain
Strong winds place huge force on branches and root systems. Ground conditions, tree health and exposure all affect whether a tree fails.
This means damage patterns can be highly local, with one neighbourhood badly affected while another nearby escapes major problems.
Why spring storms can be especially disruptive
By April, people expect milder travel conditions and tourism activity increases around Easter. A severe windstorm combined with snow can therefore catch infrastructure and travellers in a very different seasonal pattern from ordinary winter preparedness.
Why coastal areas face different wind hazards
Exposed coasts can experience stronger gusts and large waves at the same time. Sea spray, overtopping and wind-blown debris can make promenades and coastal roads unsafe even where rainfall is limited.
Why trees can fall during windstorms
Strong winds place heavy force on branches and root systems. Ground conditions, tree health and exposure all affect whether a tree fails, so damage can vary sharply between nearby places.
Why spring storms can be especially disruptive
By April, tourism and leisure travel increase around Easter. A severe windstorm combined with snow can therefore disrupt people who are planning for spring rather than winter conditions.
The 2026 event showed why seasonal expectations should never replace current Met Office warnings.
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