As Phoenix’s population continues to grow rapidly, the City advanced its larger plan to improve mobility, expand transit options and provide high‑capacity service along key corridors. A central component of this plan was the development of the city’s first bus rapid transit (BRT) system). To support the initial phase of this program, STV, in joint venture, provided comprehensive program management, technical analysis and conceptual design services that laid the foundation for Phoenix’s BRT network.
What challenges did STV address?
Phoenix needed a faster, more reliable transit solution to alleviate congestion across its expanding metropolitan area. The City sought to design a high‑capacity bus network that integrated seamlessly with local bus service, Dial‑a‑Ride and future light‑rail lines. STV was tasked with evaluating how BRT could enhance mobility, reduce travel times and improve access across diverse neighborhoods while aligning with the city’s long‑range transit goals.
What solutions did STV deliver?
STV led research efforts, environmental studies, conceptual planning, and technical analysis for the new BRT system. The program introduced custom high‑capacity buses featuring cleaner‑burning liquefied natural gas propulsion and advanced communication and guidance technologies. STV’s team also performed corridor studies, service planning and early design work to help the City determine operational concepts, infrastructure needs, and long‑term phasing strategies.
How does this project benefit the region?
Phoenix’s first BRT line supports a more efficient, sustainable and multimodal regional transit system. Faster service, higher capacity, and improved reliability create new opportunities for residents to connect with jobs, services and educational institutions while reducing congestion and emissions.
Key stats and accolades
- Foundation for Phoenix’s first BRT network
- High‑capacity LNG buses with advanced onboard technology
- Enhanced multimodal integration with bus and future light rail
- Program included research, environmental studies and conceptual design
