Sound Transit, the public transit agency serving the Seattle region, has approved a pilot program to introduce fare gates at up to 14 stations on its Link light rail network. The decision, announced on August 27, 2026, marks a significant shift for a system that has traditionally relied on proof of payment rather than physical gates. For turnstile manufacturers and transit integrators worldwide, the project offers a clear signal about what modern transit buyers now expect from access control equipment.
Importantly, the gates have not yet been installed. Sound Transit is preparing to select a supplier and work through station design, payment and accessibility requirements. Installation is currently targeted for around 2029–2030, leaving a valuable window for manufacturers to align their products with the agency’s emerging priorities.
As the light rail network has expanded, the agency has reassessed how it collects fares. Sound Transit estimates that the pilot could recover its capital and operating costs within approximately two to three years after implementation. That figure is a projection, and the agency plans to evaluate actual results once the gates are operating.
For turnstile manufacturers and transit integrators, the project raises a practical question: how can a fare gate support reliable payment checks without making stations harder to use? Answering that question well may become a decisive competitive advantage in future transit tenders.
Sound Transit has identified accessibility as an early design priority. The entry system will need to accommodate passengers using mobility devices, as well as people travelling with strollers, bicycles or luggage. The agency is also reviewing how different tickets and passes will work at the gates, including options for youth and reduced-fare riders.
These requirements affect far more than the width of a passage. A compliant transit gate project typically needs to coordinate:
The Seattle project illustrates why a transit gate specification should begin with the passenger journey and the existing payment system — not with a product catalogue. Before choosing a model, project teams should confirm the available station space, required accessible passage width, accepted fare media, expected traffic and local safety requirements.
| Specification Input | Why It Matters |
|---|---|
| Available station space | Determines lane count and cabinet footprint |
| Accessible passage width | Ensures compliance for mobility devices and luggage |
| Accepted fare media | Drives reader type and validation speed |
| Expected traffic volume | Sets throughput and durability requirements |
| Local safety requirements | Defines emergency and fail-safe behaviour |
For manufacturers, clear technical documentation and integration support are just as important as the cabinet and mechanism. Transit operators increasingly evaluate suppliers on their ability to cooperate with fare-system vendors, provide accessibility evidence and deliver long-term maintenance. Sound Transit’s pilot is still at an early stage, but its evaluation of accessibility, fare compliance, maintenance and passenger experience will provide useful lessons for future transit entrance projects around the world.
As cities and transit agencies weigh the trade-offs between revenue protection and passenger convenience, the fare gate is becoming a strategic asset rather than a simple barrier. Suppliers who can demonstrate accessible design, robust integration and reliable service are well positioned to win the next generation of light rail and metro entrance projects.
Source: Sound Transit’s fare gate pilot program page and its August 27, 2026 announcement.
Sound Transit, the public transit agency serving the Seattle region, has approved a pilot program to introduce fare gates at up to 14 stations on its Link light rail network. The decision, announced on August 27, 2026, marks a significant shift for a system that has traditionally relied on proof of payment rather than physical gates. For turnstile manufacturers and transit integrators worldwide, the project offers a clear signal about what modern transit buyers now expect from access control equipment.
Importantly, the gates have not yet been installed. Sound Transit is preparing to select a supplier and work through station design, payment and accessibility requirements. Installation is currently targeted for around 2029–2030, leaving a valuable window for manufacturers to align their products with the agency’s emerging priorities.
As the light rail network has expanded, the agency has reassessed how it collects fares. Sound Transit estimates that the pilot could recover its capital and operating costs within approximately two to three years after implementation. That figure is a projection, and the agency plans to evaluate actual results once the gates are operating.
For turnstile manufacturers and transit integrators, the project raises a practical question: how can a fare gate support reliable payment checks without making stations harder to use? Answering that question well may become a decisive competitive advantage in future transit tenders.
Sound Transit has identified accessibility as an early design priority. The entry system will need to accommodate passengers using mobility devices, as well as people travelling with strollers, bicycles or luggage. The agency is also reviewing how different tickets and passes will work at the gates, including options for youth and reduced-fare riders.
These requirements affect far more than the width of a passage. A compliant transit gate project typically needs to coordinate:
The Seattle project illustrates why a transit gate specification should begin with the passenger journey and the existing payment system — not with a product catalogue. Before choosing a model, project teams should confirm the available station space, required accessible passage width, accepted fare media, expected traffic and local safety requirements.
| Specification Input | Why It Matters |
|---|---|
| Available station space | Determines lane count and cabinet footprint |
| Accessible passage width | Ensures compliance for mobility devices and luggage |
| Accepted fare media | Drives reader type and validation speed |
| Expected traffic volume | Sets throughput and durability requirements |
| Local safety requirements | Defines emergency and fail-safe behaviour |
For manufacturers, clear technical documentation and integration support are just as important as the cabinet and mechanism. Transit operators increasingly evaluate suppliers on their ability to cooperate with fare-system vendors, provide accessibility evidence and deliver long-term maintenance. Sound Transit’s pilot is still at an early stage, but its evaluation of accessibility, fare compliance, maintenance and passenger experience will provide useful lessons for future transit entrance projects around the world.
As cities and transit agencies weigh the trade-offs between revenue protection and passenger convenience, the fare gate is becoming a strategic asset rather than a simple barrier. Suppliers who can demonstrate accessible design, robust integration and reliable service are well positioned to win the next generation of light rail and metro entrance projects.
Source: Sound Transit’s fare gate pilot program page and its August 27, 2026 announcement.
