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INRIX

INRIX Highlights AI Infrastructure Intelligence at Neudata's New York Summer Data Summit 2026 - INRIX Cities Can Reduce Emissions Without New Infrastructure - INRIX Transparency as a Product Feature: Introducing INRIX Speeds Updates - INRIX Applying for a FHWA/INFRA Grant Track 2? Here’s How INRIX Can Help - INRIX World Cup – INRIX Traffic Report (June 12-June 28) - INRIX INRIX to Be Recognized at AWS Government Competency Leadership Circle - INRIX How Traffic Engineers Use Probe-Based Signal Analytics to Improve Signal Performance - INRIX World Cup – INRIX Traffic Report (June 16-June 21) - INRIX World Cup – INRIX Traffic Report (June 15) - INRIX INRIX World Cup Traffic Report – Day 1 Prediction for June 11, 2026 - INRIX World Cup – INRIX Traffic Report (June 12-June 15) - INRIX How Shippers, Carriers, and 3PLs Can Reduce Delivery Risk Using Big Data Basemap and INRIX Partner to Expand On‑Demand Access to High‑Precision Transportation Data Through DataCutter From Necessity to Lifestyle: A Year of Bike Commuting INRIX at NACTO Designing Cities 2026: Advancing the Future of Urban Mobility Mobility as a Hazard Signal: Lessons from Tornado-Prone Alabama Why Friday Commutes Are Falling First in the Bay Area’s Supercommuter Belt Memorial Day Doesn’t Just Change Traffic — It Changes Where Crash Risk Happens How Agencies Are Using Signal Analytics to Improve Traffic Operations Why Automated, AI‑Based Traffic Bulletins Beat Manual Reporting Construction Everywhere — But I-90 Became the Biggest Problem INRIX Celebrates NCTCOG’s TexITE Award for Advancing Data-Driven Signal Timing - INRIX How Cities Use Micromobility Data to Make Better Policy Freight Feels the Fuel Squeeze First: INRIX Data Shows Fleets Trimming Distance and Speed Expanding Right-of-Way Intelligence Beyond the Curb and Onto the Sidewalk What Cities Can Learn from Each Other: The Value of Micromobility Benchmarking Five More Innovative Ways to Reduce Traffic Congestion and Improve Mobility Fuel Prices Are Rising, But Driving Behavior Looks Steady Teaching An Old LLM New Tricks: An Innovation Week Project What’s New in INRIX IQ: Signal Analytics, Mission Control & Data Downloader Updates From Data Collection to Public Trust: Why Transparency Matters in Shared Mobility Building a Hybrid Signal Performance Strategy for State DOTs From Data to Decisions: How Ride Report is Powering the Future of Multimodal Mobility What Happens When You Let Traffic Signals Pick Your College Basketball Tournament Finals? Are Drivers Slowing Down to Save Fuel as Prices Rise in March 2026? INRIX Recognized as a 2026 Artificial Intelligence Excellence Award Winner Turning Mobility Data Into Infrastructure Intelligence Detecting Data Center Construction Through Real-World Mobility Signals From Smart Streets to Smarter Cities: Validating and Scaling Traffic Volume Estimation in NYC Getting the Most Out of Micromobility Equity Initiatives with Ride Report Detecting Vehicle Abandonment During Wildfire Evacuations
Late Night Football Leads to Lighter Rush Hour in England - INRIX
Ashley Babani · 2026-07-09 · via INRIX

England’s dramatic World Cup win over Mexico did not just keep fans awake into the early hours of Monday morning. According to INRIX data, it also appears to have changed the shape of the next morning’s commute. 

The Round of 16 match at Mexico City’s Estadio Azteca was already a punishingly late fixture for British viewers, with kick-off scheduled for 1am BST on Monday 6 July. Thunderstorms and lightning around the stadium delayed the start by a further hour, pushing kick-off back to 2am BST and turning a late night into an all-nighter for many England fans. England went on to beat Mexico 3-2, with the match drawing record overnight audiences for the BBC of 9.1 million views despite the lateness of the hour.  

The timing immediately prompted national discussion about what Monday morning would look like. Ahead of the game, media coverage focused on whether fans could take the day off, arrive late, or request flexible working, while the TUC called on employers to show flexibility where possible. The following morning, school attendance data suggested a visible football effect too, with estimates that around 332,000 fewer pupils were in school than the previous Monday.  

INRIX observed a similar pattern on the roads. Across a number of English cities, AM rush-hour traffic was notably lighter than normal, with average speeds rising as fewer vehicles competed for road space. 

In the Monday morning peak, INRIX recorded traffic speeds approximately 4 mph faster than usual in Leeds and Newcastle, 3 mph faster in Birmingham and 2mph better in Manchester and London. 

 “Major sporting events often reshape travel behavior, but this was a particularly clear example,” said Nathan Nekrews, Data Analyst at INRIX. “The match finished at exactly the wrong time for the morning commute. The result was a quieter rush hour across English cities, with faster average speeds suggesting that a meaningful number of people either delayed their journeys, worked from home, took time off, or simply started the day later.” 

The pattern is especially interesting because it was not caused by disruption on the road network itself. Instead, it appears to reflect a short-term change in demand: fewer commuters travelling at the normal time after a uniquely late, high-interest national sporting event. 

And north of the border? Well, Scottish football fans are famously indifferent (at best!) to the fate of England’s footballers, and INRIX data backs this up with no noticeable change to morning traffic across Scotland’s cities the morning after the match.