Event Case Study Community Parade

St Patrick’s Day Parade
Wicklow Town 2026

Wicklow Town’s St Patrick’s Day parade winds along the Main Street from one end of town to the other, drawing the community out in numbers for an afternoon. NetworkUX surveyed the parade route on 17 March 2026 and again the previous day as a quiet-day baseline — same streets, same hours, one day apart. The result is unusual, and quietly encouraging: one network actually got faster during the parade.

Four moments from the St Patrick's Day Parade in Wicklow Town 2026: a St Patrick's GAA Club car leading kids carrying blue and white flags, traditional Irish musicians walking the parade with their violins, the Gleneally Camogie Club contingent in the packed crowd, and the town square statue with a tricolour and a green leprechaun hat in the foreground.
Location
Wicklow Town, Co. Wicklow
Town population
~10,500
Parade day
Tue 17 Mar 2026
Quiet baseline
Mon 16 Mar 2026, same routes
Networks surveyed
Vodafone · Eir · Three
The headline

Three networks. Three responses. One got faster.

Wicklow’s parade isn’t the Fleadh — the crowd is in the low thousands, concentrated for an afternoon, on a familiar route. That makes it a different stress test: modest, predictable, the kind of event a council or venue handles routinely. The networks handled it routinely too. Vodafone’s average speed climbed during the parade. Eir slowed but kept failures at zero. Three’s ~8% failure rate barely moved — a hallmark of structural coverage gaps along the route rather than capacity stress.

Vodafone
Download
11.32 10.01 Mbps −12%
Upload
12.67 15.96 Mbps +26%
Failed connections
0.0% 0.0% of pts +0.0 pts
Eir
Download
8.50 5.63 Mbps −34%
Upload
10.72 9.96 Mbps −7%
Failed connections
0.0% 0.0% of pts +0.0 pts
Three
Download
9.46 9.82 Mbps +4%
Upload
11.21 10.79 Mbps −4%
Failed connections
7.6% 8.0% of pts +0.4 pts
Download & upload, side by side

Vodafone moved up. Eir slowed gently. Three barely moved.

Average download and upload speeds per operator, quiet baseline vs parade day. Vodafone’s upload jumped 26%, possibly due to event-time capacity provisioning or favourable cell handover during the survey. Eir lost roughly a third of its download speed but kept upload close to baseline. Three’s numbers are essentially the same on both days.

Average download speed
Average download speed per operator at Wicklow Town, quiet day vs St Patrick's Day parade 0 3 6 9 12 15 18 11.3 10.0 Vodafone 8.5 5.6 Eir 9.5 9.8 Three Speed (Mbps)
Average upload speed
Average upload speed per operator at Wicklow Town, quiet day vs St Patrick's Day parade 0 3 6 9 12 15 18 12.7 16.0 Vodafone 10.7 10.0 Eir 11.2 10.8 Three Speed (Mbps)

A reversal of the usual event-day pattern on Vodafone — uploads improved as much as downloads dipped. The most plausible explanation is event-time capacity (a temporary cell or local site optimisation) but the same effect could be produced by the survey sampling more favourable cells along the route on parade day.

Connection quality, distribution

Floor held everywhere. Fast tier grew on Three.

Each row shows the percentage of measurements that fell into each connection-quality band, classified by combined upload+download throughput. Vodafone and Eir kept zero failed connections on both days. Three’s persistent ~8% failure rate is consistent across the two days, suggesting structural coverage gaps along the route rather than parade-driven capacity stress.

Vodafone
Quiet day
82% 16%
147 pts
Parade day
91% 9%
834 pts
Eir
Quiet day
100%
220 pts
Parade day
98%
1,045 pts
Three
Quiet day
8% 92%
171 pts
Parade day
8% 82%
912 pts
Along the parade route

The same Main Street, on consecutive days.

Each pin is a single performance measurement, colour-coded by speed. The two surveys followed the same route along the Main Street, in opposite directions on each day. The parade-day survey captured roughly five times more measurements as the route was walked while the parade itself progressed.

Vodafone

Faster on parade day.
Baseline Mon 16 Mar (quiet) Same Main Street route
Quiet-day Vodafone performance map along the Wicklow Main Street parade route, 16 March 2026
What the colours say: Predominantly green with bright green clusters — solid usable speeds across the entire route, with a fast-tier hot zone at one end.
vs
Parade day Tue 17 Mar (parade) Same route, parade in progress
Parade-day Vodafone performance map along the Wicklow Main Street parade route, 17 March 2026
What the colours say: Even more uniformly green-yellow. The fast tier shrank slightly but the floor lifted: 91% of measurements landed in the comfortable 5–15 Mbps band, up from 82% the day before.

Eir

Slower but still steady.
Baseline Mon 16 Mar (quiet) Same Main Street route
Quiet-day Eir performance map along the Wicklow Main Street parade route, 16 March 2026
What the colours say: Almost entirely yellow — strong consistency, every measurement in the 5–15 Mbps band. The most predictable network of the three.
vs
Parade day Tue 17 Mar (parade) Same route, parade in progress
Parade-day Eir performance map along the Wicklow Main Street parade route, 17 March 2026
What the colours say: Yellow holds the route. A small number of orange dots appear where the crowd was densest, dropping the average download by about a third — but no failed connections at all.

Three

Same map, different day.
Baseline Mon 16 Mar (quiet) Same Main Street route
Quiet-day Three performance map along the Wicklow Main Street parade route, 16 March 2026
What the colours say: Yellow through most of the route with a small cluster of red "no-entry" pins at one end — a coverage gap that exists independently of the parade.
vs
Parade day Tue 17 Mar (parade) Same route, parade in progress
Parade-day Three performance map along the Wicklow Main Street parade route, 17 March 2026
What the colours say: Largely the same picture. A few additional bright green pins indicate Three actually picked up a small fast tier on parade day, while the same coverage gap accounts for most of the persistent failures.
What this means

Four takeaways for councils, parade organisers and town centres.

01

Not every event is a capacity event

Wicklow’s parade brought a community-scale crowd to Main Street for an afternoon. The networks took it in stride. For councils planning routine annual events — parades, fairs, switch-ons — the right starting assumption is that mobile capacity will hold. Surveys then either confirm that, or surface the exceptions early.

02

Network response varies even on a quiet day

One operator’s service improved, another’s degraded modestly, a third was essentially unchanged. The differences are useful information for anyone planning a parade-day comms strategy (vendor SIMs, payment terminals, marshal radios over cellular). “Which operator should we trust” isn’t a question with one answer everywhere.

03

Persistent failures point to coverage, not capacity

Three’s failure rate stayed at ~8% on both days. That’s the signature of a structural coverage gap along part of the survey route — the kind of thing a baseline survey identifies once and remembers permanently. Capacity-driven failures come and go with the crowd; coverage gaps don’t.

04

Baselines reveal the small stories too

Without the quiet-day baseline, Vodafone’s parade-day average of 13 Mbps would just be “13 Mbps”. With the baseline, it’s a measurable improvement — a signal worth investigating, and an answer the council can use next year when budgeting for the same event.

Planning your event?

Get the data — even when you expect everything to be fine.

NetworkUX provides before, during and after mobile performance monitoring for events of any scale — from a community parade to a town-wide festival. Routine events still benefit from baselines: they tell you exactly what works, what to escalate, and what to plan around next year.