This revised guide presents the main information in Storm Dave Easter Travel 2026: What the 80mph Forecast Became and Where Disruption Actually Hit more clearly, keeping the original practical details and context.
Storm Dave arrived over the Easter weekend of 4 and 5 April 2026 with warnings of damaging winds, heavy rain and snow across northern and western parts of the UK.
Forecasts published before the event warned that gusts could reach around 80mph in exposed locations.
The storm ultimately produced an even stronger peak gust of 93mph at Capel Curig in north Wales.
Road, rail and ferry disruption followed across several regions.
When was Storm Dave named?
The Met Office named the system on 2 April as confidence increased that a rapidly deepening Atlantic low would affect the Easter weekend.
Why naming matters
Storm names are used to improve communication when severe weather is expected to produce significant impacts.
The 80mph forecast
Before the storm arrived, forecasters warned of widespread gusts of 50 to 60mph, with 60 to 70mph in exposed areas and higher peaks possible.
Amber warning
On 4 April, the Met Office upgraded parts of northern England, southern Scotland and north-west Wales to an amber wind warning.
What amber means
An amber warning indicates a greater likelihood of significant disruption or danger.
People may need to alter travel plans.
What actually happened?
The strongest observed gust was 93mph at Capel Curig in Gwynedd.
Aberdaron reached 83mph, while several northern and western locations recorded gusts above 70mph.
Why Capel Curig is often windy
Its exposed mountain setting can accelerate airflow.
The 93mph reading did not mean every nearby town experienced winds of that strength.
Road travel
Fallen trees and debris blocked roads in Scotland and other northern areas.
Drivers faced difficult crosswinds and reduced visibility.
Bridge restrictions
Speed restrictions were introduced on exposed crossings including the Queensferry Crossing and Forth Road Bridge.
Why bridges are vulnerable
High-sided vehicles can become unstable in strong crosswinds.
Temporary restrictions reduce the risk of overturning or collisions.
Rail disruption
Train services faced delays and restrictions because of wind, debris and infrastructure risk.
Why railways slow down in storms
Operators may impose speed restrictions where trees, overhead equipment or coastal exposure create a risk.
Ferries
Some ferry services in western Scotland and between Northern Ireland and Scotland were cancelled.
Why ferries cancel early
Operators use forecasts to avoid sending vessels into unsafe sea conditions.
A cancellation before the worst weather arrives can be a safety decision rather than evidence the forecast was wrong.
Power cuts
Thousands of homes in Wales, Scotland and Northern Ireland experienced electricity disruption.
How wind damages power networks
Trees can fall onto overhead lines and equipment can be damaged directly by gusts.
Snow in Scotland
Colder air around the storm produced snow on higher ground.
Loch Glascarnoch recorded around 6cm.
Blizzard conditions
Snow combined with strong winds caused poor visibility and drifting in Highland areas.
Heavy rain
Western Scotland also recorded significant rainfall, with around 50mm reported at Glen Ample during the storm period.
Why Easter timing increased disruption
The storm coincided with one of the busiest leisure-travel weekends of the year.
Millions of road trips were planned.
Motorway traffic was already heavy
The Easter getaway created congestion before the strongest weather arrived.
Storm-related incidents therefore added pressure to an already busy network.
Should people have cancelled travel?
That depended on route and timing.
The safest approach was to follow live Met Office, National Highways and operator advice.
Why old forecast pages need updating
After the storm passes, readers need observed conditions and actual disruption rather than warnings written in future tense.
What the Met Office said afterwards
The agency described Dave as the most severe April windstorm since UK storm naming began in 2015, using the number of stations recording very strong gusts as its measure.
Was it the strongest April storm ever?
No.
The UK’s longer observational record includes stronger April gusts, including 100mph at Flat Holm in 1994.
Why that distinction matters
“Most severe since storm naming began” refers to a relatively short modern period.
It should not be rewritten as an all-time UK record.
How to plan around severe weather
Check live warnings rather than relying on screenshots or social-media posts from hours earlier.
Driving advice
Reduce speed, allow more space and avoid exposed routes where official guidance recommends it.
Electric vehicles
Storm-related detours can increase energy use.
EV drivers should keep sufficient charge and have alternative charging options during holiday travel.
Air travel
Strong winds can affect airport operations, though impacts vary by airport, runway orientation and exact wind direction.
Why no national shutdown occurred
The worst weather was concentrated in northern and western areas.
Southern and eastern parts of England experienced less severe conditions.
What happened on Easter Sunday?
Warnings were progressively lifted as the storm moved into the North Sea.
Conditions improved, although repair and transport delays continued in some places.
Tourism impact
Some businesses reported cancellations after visitors changed plans because of the forecast.
Why forecast disruption can have economic effects even before a storm
People often cancel accommodation, ferry bookings or activities before severe weather arrives.
Those decisions reduce risk but can affect holiday businesses.
Conclusion
The pre-storm warning of 80mph winds was justified and, in the most exposed location, exceeded.
Storm Dave produced a 93mph gust at Capel Curig, widespread strong winds, snow, rain and significant Easter travel disruption.
The most useful version of this page is now a record of what actually happened, while directing future travellers to live official information for current journeys.
Sources and further reading
See the Met Office’s 4 April warning and its post-storm assessment.
Why Easter 2026 was already a difficult travel weekend
RAC and INRIX research estimated nearly 21 million leisure car journeys over the Easter period. That meant the road network was already carrying unusually heavy traffic before weather-related incidents were added.
When a fallen tree or collision closes a route that is close to capacity, queues can spread quickly onto local roads.
Why high-sided vehicles face extra risk
Strong crosswinds create a larger force on lorries, vans, caravans and buses because of their greater side area.
Drivers may be advised to avoid exposed bridges or reduce speed even when ordinary cars can still use the route.
Coastal roads and wave overtopping
Wind can combine with high waves to throw spray and debris across coastal roads. That hazard is different from inland wind damage and may appear even when rainfall itself is modest.
Why rail operators impose speed restrictions
Slower trains give drivers more time to react to branches, debris or damaged infrastructure and reduce the force of impact if something is encountered.
The trade-off is longer journey times and knock-on delays across the timetable.
Why airports are affected differently
An 80mph wind warning does not mean every airport closes. Runway orientation, crosswind component, aircraft type and local gusts all matter.
Airlines and airports make operational decisions from live observations rather than a national headline alone.
Ferry disruption can begin before roads deteriorate
Sea conditions may become unsafe earlier than conditions on land. Operators often cancel sailings in advance to avoid having vessels and passengers exposed when the storm peaks.
What households can do before a windstorm
Charge phones and power banks, secure garden furniture, avoid parking under obviously unstable trees and keep torches available in case of a power cut.
People who depend on electrically powered medical equipment should follow their supplier’s and healthcare provider’s emergency guidance.
Why power-cut maps matter during storms
Electricity network operators publish live outage information and estimated restoration times. A national news article cannot replace that local data because individual faults change hour by hour.
How to read yellow and amber warnings
Warning colours reflect both expected impact and likelihood. A yellow warning can still produce dangerous local conditions, while amber means a higher risk of significant disruption.
The location of the warning area matters as much as the colour.
Why forecasts are updated so often
A small shift in a low-pressure track can move the strongest wind field by dozens of miles. As the storm approaches, higher-resolution observations allow forecasters to refine the area and timing.
Why travellers should not rely on an old screenshot
Storm warnings can be upgraded, downgraded or moved. The correct source for a current journey is the latest Met Office warning plus the relevant road, rail, ferry or airline operator.
What the post-event data showed
The eventual 93mph gust at Capel Curig confirmed that the pre-event warnings were not exaggerated. It also showed why an 80mph headline should later be replaced with verified observations.
Why the storm did not affect the whole UK equally
Northern and western areas received the strongest winds, while many southern and eastern locations saw less severe conditions.
National headlines can therefore sound dramatic to people whose local weather was comparatively ordinary.
Travel after the warning expires
Even once the strongest winds have passed, fallen trees, flooded roads, damaged signals and displaced vehicles can continue to cause problems.
Checking the route remains important on the following morning.
Why this article should now be historical
Storm Dave is over. Future readers should use this page to understand the Easter 2026 event, not as live travel advice.
Current journeys always require current official information.