Houston Tackles Stadium Traffic

Case Studies
Author: Notraffic
Feb 02, 2026

Overview

With NRG Stadium set to host seven FIFA World Cup 2026 matches, Houston needed a more reliable playbook for traffic. Old Spanish Trail is where Houston’s “everyday” traffic collides with stadium-scale surges. The same corridor that serves the Texas Medical Center, features METRORail light rail preemption, and pedestrian traffic, also becomes a primary gateway to NRG Stadium and the World Cup.
But stadium traffic isn’t one predictable wave. Different events can reshape routing, arrival timing, and driver behavior— INRIX found international tournament days can look fundamentally different from typical domestic event traffic. Houston extended NoTraffic Optimization across 10 signals on Old Spanish Trail to reduce delay, improve coordination, and strengthen safety outcomes—without widening roads or forcing teams into constant retiming cycles.
(Key location: Old Spanish Trail & Fannin (AM peak))

Location

Houston, TX

Population

2.4 Million

About

In 2024, Houston expanded NoTraffic Optimization on 10 signals along Old Spanish Trail near NRG Stadium. Built to handle event-driven variability alongside weekday peaks, the corridor reduced average delay 15% and cut red-light running 42%. Additionally, the project is expected to deliver over $40M in estimated value.

The Result

Link to INRIX report

Optimization Mode leverages predictions to evaluate numerous potential future traffic scenarios in real-time to optimize traffic flow, reduce congestion, and improve overall transportation efficiency and safety. For this project, NoTraffic optimized 10 intersections on Old Spanish Trail (Kirby Dr to Almeda Rd) serving NRG Stadium access, METRORail crossings, and the Texas Medical Center.

Across the 10-signal corridor, Houston reduced average delay 15% (≈5.95 sec/veh), saving about 20,873 hours annually while improving weekday peaks (AM: -15%, PM: -11%). Through-movement delay dropped up to 21%, and side streets improved in the AM (-13%) with only a slight PM increase (+2%). Safety performance strengthened as higher-severity red-light entries (Tier 2–3) fell 42%. With measured time savings, the project is estimated to deliver over $40M in total economic value plus a projected 16,000 metric tons of CO₂ avoided over five years.

MetricImprovement
Overall DelayReduced 15%
Delay at Key Location:
OST & Fannin (AM)
Reduced 52%
Red-Light RunningReduced 42%
AM Peak DelayReduced 15%
PM Peak DelayReduced 11%
Total Economic Value *Over $40M
CO₂ Reduction **Over 16,000 mt
CO₂ Reduction (tree-equivalents) **150,000

Big-Event Flexibility Backed by Solid Return on Investment

CONCLUSION:
Houston’s Old Spanish Trail project shows what NoTraffic Optimization can do for agencies facing demand that changes by the hour—and by the event. With NRG Stadium set to host seven 2026 FIFA World Cup matches, Houston needed more than “a good plan”—it needed the ability to respond when traffic patterns don’t repeat. Research has highlighted how international events can trigger drastic shifts in routing and driver behavior compared with typical game days, which is exactly where fixed timing assumptions break down.

This deployment demonstrates a repeatable playbook: use real-time detection to optimize cycle length, splits, and offsets within agency guardrails; measure delay, queues, and safety KPIs; and deliver improvements quickly—without widening roads. For traffic teams, it’s a practical way to modernize high-visibility corridors (stadiums, hospitals, rail crossings, and freeway access) with results leadership can quantify.


NOTES:

* Total Economic Value represents time and gas savings over the initial 5-year warranty plus operational savings related to signal re-timing, included data and analytics package, persistent camera installation, and NOC support
** Over initial 5-year warranty period