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M4 Closure After Hay-Laden HGV Fire Triggers Snow Chaos and Delays Near Slough

M4 Closure After Hay-Laden HGV Fire Triggers Snow Chaos and Delays Near Slough

Major M4 Closure After HGV Fire Disrupts Rush Hour

A routine rush hour on the M4 was interrupted when a heavy goods vehicle carrying hay caught fire, triggering a chain of delays that spread across Berkshire and beyond. The incident, which happened near Slough, Berkshire, led to a full closure of the affected carriageway as emergency services tackled the blaze. With plumes of smoke visible for miles, motorists were urged to seek alternative routes and allow extra time for their journeys.

The hay-filled lorry ignited during a busy period, compounding earlier weather-related disruption as snow blanketed parts of southern England. Snow and freezing conditions have left some cars stranded and roads closed, exacerbating congestion on surrounding routes. Local authorities and the Highways Agency urged travelers to check live traffic updates and to follow signed diversions until the motorway reopens.

How Weather Intensified the Disruption

Snow across the region has reduced visibility and created hazardous driving conditions, increasing the likelihood of incidents on busy corridors like the M4. The combination of a vehicle fire and wintry weather meant responders faced a race against time to control the blaze and safeguard motorists, while transport managers coordinated diversions to ease pressure on adjacent roads.

Travel intelligence services reported delays stretching into peak commuting hours as drivers sought alternatives via major arteries such as the M40, M25, and A4. Motorists have been advised to pack winter essentials, allow extra time, and keep abreast of weather and road-safety updates as conditions can change rapidly in cold weather.

Impact on Commuters and Local Economy

Rush-hour delays on the M4 disrupted the movements of hundreds of workers, shoppers, and service vehicles. Businesses relying on timely deliveries reported knock-on effects as schedule disruptions extended into late afternoon. The closure also affected bus and freight operations that depend on the M4 corridor for timely connections into London and the South East.

Travel operators urged passengers to consult live travel advisories before setting out and to consider rail alternatives where feasible. In areas where deliveries were time-sensitive, firms activated contingency plans to mitigate losses and maintain supply chains amid the snow-impacted period.

Rescue Efforts and Reopening Plans

Emergency services attended the scene rapidly, containing the fire and ensuring the safety of nearby motorists. Firefighters worked to extinguish the flames, while police controlled traffic flow and managed diversions to minimize further risk. As the blaze subsided, engineers and highway crews conducted safety checks before considering reopening the affected carriageways.

Authorities emphasized the importance of cautious driving on wet, icy surfaces and noted that full clearance would depend on current weather conditions and the capacity to remove damaged vehicles safely. The reopening timeline remained weather-dependent, with updates issued as more information became available.

What Drivers Should Do Now

Motorists travelling in the region should: check live traffic feeds, follow official diversions, and allow extra travel time. If you must travel, ensure your vehicle is winter-ready, with a charged phone, warm clothing, and a fully fueled tank. Keep a safe distance from other vehicles, reduce speed on snowy patches, and be prepared for possible additional closures or delays as crews continue to work on the scene.

Looking Ahead

Incidents like this underscore the intertwined challenges of road safety and winter weather. While the M4 closure is a setback, the priority for authorities is to restore safe, reliable travel as quickly as possible while maintaining access for essential services and freight. Local councils and highway operators will review how weather contingencies and incident response can be optimized to reduce disruption in future cold snaps.