EURO 2028: How to Model Transport and Fan Zones Across Multiple Venues

Anchor the model in the confirmed tournament programme

Any credible transport and fan-zone model for EURO 2028 has to start from the programme UEFA has already confirmed rather than from generic 'mega-event' assumptions. The tournament runs from 9 June to 9 July 2028 and contains 51 matches across nine venues in eight cities and four host countries: London (Wembley and Tottenham Hotspur Stadium), Cardiff, Dublin, Glasgow, Newcastle, Manchester, Liverpool and Birmingham.

The structure gives you a load profile. The opening match is in Cardiff on 9 June, the round-of-16 stage is spread across eight of the nine venues, and the knockout climax concentrates on London, with quarter-finals in Cardiff, Dublin, Glasgow and Wembley, the two semi-finals at Wembley on 4 and 5 July, and the final there on 9 July. Kick-off times are set at 15:00, 18:00 and 21:00 CEST, which tells you how many spectators will be trying to move at once.

Crucially, your model must be venue-led rather than city-led. Capacities differ widely: Wembley holds about 88,000, the National Stadium of Wales about 73,000, Tottenham Hotspur Stadium about 60,000, the Manchester City Stadium about 58,000, Hampden Park about 51,000, while Everton Stadium, St James' Park and Dublin Arena each sit near 50,000 and Villa Park around 48,000. A model that treats 'the UK' or even 'London' as one node will hide the real pinch points.

Host-team placement adds a predictable layer: UEFA has confirmed that if the hosts and Northern Ireland qualify, England would be based around Manchester City Stadium and Wembley, Wales around the National Stadium of Wales, Scotland around Hampden Park, the Republic of Ireland around Dublin Arena, and Northern Ireland would split its group games between Tottenham, Villa Park and Wembley. Home-country group games therefore drive repeat, familiar flows that you can model with more confidence than neutral fixtures.

• 51 matches, 24 teams, nine venues, eight cities, four host countries over 31 days
• Opening match: Cardiff, National Stadium of Wales, 9 June 2028
• Knockout climax: semi-finals 4–5 July, final 9 July at Wembley
• Kick-offs 15:00 / 18:00 / 21:00 CEST create simultaneous egress peaks

Separate ticketed stadium demand from non-ticketed fan-zone demand

The single most common modelling error is to treat attendance as equal to ticket numbers. A ticket gets a person through the stadium turnstile; it does not capture the many people who travel into a host city to be near the action without entering the ground. The hosts themselves framed this as a two-layer audience: the bid referred to roughly three million tickets available while also estimating about 2.5 million people taking part in UEFA Festivals and fan events across the UK and Ireland.

Treat those as separate demand streams with different trip behaviours. Stadium crowds arrive on a defined window tied to the confirmed 15:00, 18:00 or 21:00 CEST kick-offs, hold a seat for roughly two hours plus congestion clearance, then disperse on a recognisable egress curve. Fan-zone and city-centre visitors arrive earlier, dwell far longer, move between zones, and leave on a shallower curve—often into the evening after live-site programming ends.

Fan-zone capacity and siting decisions confirm how independently this layer is planned. London ran a separate procurement (Greater London Authority) for setting up and managing fan zones at sites across the city for the length of the tournament, with the number of sites deliberately left open. Glasgow said fan zones were planned for the duration of the entire championship, including a 'football village' of sponsor activation and food and drink plus more traditional big-screen zones, with a mobility programme to link the city centre to Hampden Park. Newcastle separately announced a large fan zone planned for the Town Moor.

The modelling consequence is that fan-zone ingress cannot be derived from match ticketing. It must be driven by its own demand curve—day-of-week, kick-off time, whether a 'home' nation plays, competing fixtures elsewhere, and local population and tourism baselines—then stress-tested against the transport network that also serves stadium egress.

• ~3 million tickets available (host bid) versus ~2.5 million people estimated at UEFA Festivals / fan events
• Fan zones: London tender with site number TBD; Glasgow planned for the whole tournament; Newcastle Town Moor plan
• Dwell times differ: match ~2 hours plus egress; live sites many hours with staggered departure
• Model non-ticketed crowds on their own demand curve, not from stadium occupancy

Set the mode-split and network capacity framework

The hosts' bid and subsequent UK policy state an ambition that more than 80% of ticket holders will be able to travel to matches by public transport, later framed in UK parliamentary material as at least 80% of spectators' matchday journeys made via public, sustainable or active transport. Whatever exact wording you adopt, it makes public-transport headroom the binding constraint for most venues, not parking.

For each venue, define a credible mode-split across rail, bus/metro/tram, walk and cycle, private and shuttle, then compare it with confirmed network capability: station and platform capacity, service frequency on a matchday, last-train times after the late 21:00 CEST kick-offs, and walk routes from stations to stadium. Host cities are investing specifically because existing infrastructure is a known limit—for example, upgrades to the rail stations serving Villa Park in Birmingham were framed in reporting as needed for the city to host its EURO 2028 games.

Because the same national rail and urban networks carry both inbound and outbound fans and ordinary commuters, your model should simulate both directions and allow for background demand. A useful technique is to build an egress 'clearance-time' curve per venue and check it against the scheduled service pattern after each kick-off time, then test whether a realistic train service can clear the venue within the security and resilience window you have set.

The multi-venue, multi-country geometry matters here. Fans travel between host cities as teams advance through knockouts, and the schedule is deliberately designed so round-of-16 winners move to quarter-finals in different venues. National rail and airport links therefore need modelling as corridors connecting the nine venues, not as isolated city systems.

• Anchor assumption: >80% of ticket-holder journeys via public transport (host commitment, mirrored in UK policy)
• Test station/platform capacity and last-train times, especially after the 21:00 CEST kick-off
• Simulate inbound + outbound + background commuter demand on shared networks
• Model inter-city corridors for knockout travel between the nine venues

Handle concurrency, grouped kick-offs and knockout crossovers

The schedule creates genuine concurrency scenarios. London hosts two venues, so on some matchdays two matches in the same city need to be served by a shared urban network. The confirmed three kick-off slots mean a given day can see an early and a late game in the same city, with evening egress overlapping the start of the next wave elsewhere. Knockout rounds concentrate flows: teams and their travelling support move from their round-of-16 venue to a quarter-final in a different city, then winners converge on London for the final week.

Your scenario set should explicitly include: two-venues-same-day in London; back-to-back kick-off slots; the final-week concentration at Wembley (88,000 seat) with both semi-finals and the final; and a 'home nation in deep run' case where three group games plus knockouts in one city produce repeated, self-reinforcing flows. For each scenario, define the measure of success—for example, crowd cleared from the stadium surrounds within X minutes, no platform over-occupancy above a safety threshold, fan zone not exceeding its licensed capacity.

Because the final draw takes place only in 2027, exact group fixtures are not yet fixed. Run your models as a matrix over plausible draw outcomes rather than a single deterministic case, and keep the load on each venue as a range. Flag every assumption that will change after the draw, ticket-sales windows and the detailed per-matchday plans that UEFA says will follow the draw.

This is also where safety and security integration belongs. In the UK, security planning for EURO 2028 is coordinated nationally between the Department for Culture, Media and Sport, the Home Office, policing partners and delivery bodies, with plans at national and local level. Your transport and fan-zone scenarios should feed that shared risk picture—crowd density at chokepoints, counterflow on shared concourses, and contingency triggers for incidents or adverse weather rather than being built in isolation.

• Concurrency cases: London two venues same day; grouped kick-offs; final-week Wembley concentration
• Knockout crossover: round-of-16 winners move to quarter-finals in different venues
• Draw only in 2027 → run demand matrices over plausible outcomes, keep venue loads as ranges
• National security coordination (DCMS, Home Office, policing) sets the shared risk framework

Define success measures and validate against real events

A scenario model is only useful if it produces measurable, testable outcomes. Before running scenarios, agree per-venue and per-zone thresholds: acceptable queue and dwell times at ticket and security checks, station clearance times after each kick-off, maximum crowd density on walk routes and fan-zone entry points, and resilience margins for weather, disruption and incidents. These thresholds are what turn a transport forecast into an operational plan.

Validate your assumptions against evidence from comparable events already run in these cities. Several EURO 2028 venues and their host cities have recent large-event history—Wembley has hosted recent finals, Hampden Park and Glasgow hosted matches during the delayed EURO 2020, and the UK and Ireland staged the UEFA Women's EURO in 2022. Observed arrival curves, mode-split and egress data from those events are the closest empirical benchmark you have, and they will be more reliable than generic assumptions.

Run the scenarios as a cycle: baseline model, tabletop with the agencies that own the network (train operators, city transport authorities, police, venue operators), then refine. Where outputs are sensitive to assumptions you cannot yet verify—future service levels, engineering works, or the exact fan-zone site and capacity—document them explicitly rather than letting them hide inside the model.

Finally, treat the model as living. UEFA has said full details for each matchday will be announced after the final tournament draw in 2027, and ticket sales open closer to the tournament and run exclusively through UEFA. Re-run your transport and fan-zone scenarios at each of those milestones and after each public confirmation. Schedules and operational details can change, so always verify the current position on UEFA's official pages and host-government channels before relying on a number.

• Agree thresholds first: queue/dwell time, clearance time, max density, resilience margin
• Calibrate with observed data from EURO 2020 (Hampden), recent Wembley finals and Women's EURO 2022
• Cycle baseline → multi-agency tabletop → refinement; document unverified assumptions
• Re-run at fixed milestones: 2027 draw, ticket-sales launch, per-matchday confirmations

Limitations and where to verify before you rely on figures

Be explicit about what is not yet known. The final tournament draw happens only in 2027, so exact groups, venues per matchday and some 'group head' cases for teams that qualify are not fixed. Ticket volumes, prices and sales timing will be announced closer to the tournament, sold exclusively through UEFA channels. Fan-zone sites, capacities and entry arrangements are still being confirmed host city by host city; some, like the London sites, had their procurement process reopened during 2025, meaning past tender notices may not reflect current plans.

Numbers in this article—stadium capacities, the roughly three million tickets and 2.5 million fan-event estimate, the 80% public-transport commitment, and the tournament dates and venue split—are drawn from the named sources above and were current at the time of writing. Because operational details evolve, treat them as planning anchors and confirm each against UEFA's official EURO 2028 pages and host-government material as the tournament approaches.

None of this substitutes for professional advice. Transport and crowd-safety modelling sits within each venue's and each jurisdiction's safety framework—for large UK events the responsible bodies include the venue operator, local authorities, the police and bodies such as the Sports Grounds Safety Authority—so your numbers should be reviewed by the competent people in each host city before any operational decision.

• TBD until later: final draw (2027), ticket sales, exact per-matchday venues, some fan-zone sites
• Fan-zone procurement can be reopened, so check current notices, not archived ones
• Capacities, ticket and fan-event estimates, and the 80% transport target come from named sources and are planning anchors
• Operational decisions must be reviewed by the competent safety and transport authorities in each jurisdiction