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CONTEXT

Portland, Oregon, has long prided itself on being a national leader in urban transit and livability. The city’s transportation network currently includes TriMet buses, the MAX Light Rail system, and the Portland Streetcar, a modern loop serving the Central City and the Lloyd District. However, beneath these newer systems lie the remnants of a once-extensive historic streetcar network. Tracks still run along streets like Belmont and Milwaukee, relics of a time when streetcars were the backbone of Portland’s urban mobility. The current situation is one of underutilized infrastructure and growing frustration. While the city has invested heavily in MAX expansions and bus rapid transit, ridership on buses has declined due to perceptions of safety and reliability, and the MAX system, while extensive, is often criticized for its high cost, disruptive construction, and, as the proposer notes, a reputation for feeling unsafe. The complication is that Portland’s efforts to calm traffic—through speed bumps, road diets, and protected bike lanes—have generated significant political backlash from drivers and residents who view them as “useless road obstacles” that impede traffic without offering a viable alternative. The question, then, is whether there is a more integrated solution that both improves transit and calms traffic without the political and practical drawbacks of current approaches. The answer proposed here is to restore historic streetcar service on existing, dormant tracks, leveraging sunk infrastructure to create a transit mode that is both attractive to riders and naturally traffic-calming.

PROBLEM

The core problem is a misalignment between Portland’s transit investments and its traffic management goals. The city has spent billions on MAX light rail, yet many residents report feeling unsafe on the system due to issues with drug use, homelessness, and occasional violent incidents. This perception drives potential riders away, undermining the system’s effectiveness and return on investment. Meanwhile, the bus network, while extensive, suffers from a stigma of being “urine stained” and unreliable, further depressing ridership among choice riders. At the same time, Portland’s traffic calming measures—narrowed streets, speed bumps, and diverters—are implemented in a vacuum, often without providing a corresponding improvement in transit options. This creates a political dynamic where drivers feel punished without receiving a tangible benefit. The cost of inaction is significant: continued low transit ridership, worsening congestion as the population grows, and deepening political polarization over transportation policy. Comparable cities like Seattle and San Francisco have seen that streetcars, when properly integrated, can achieve higher ridership per dollar than buses and generate economic development along their corridors. Portland’s own experience with the modern streetcar shows that the mode attracts development and riders, but the current loop is too short to serve as a true mobility option. The problem is not a lack of will for transit investment, but a failure to match the mode to the community’s needs and existing infrastructure.

PROPOSED SOLUTION

The proposed solution is to repair and reactivate the existing trolley tracks on Belmont, Milwaukee, and other dormant routes, restoring streetcar service to these corridors. This is not a proposal to build new light rail or a modern streetcar from scratch, but to rehabilitate sunk infrastructure that already exists beneath Portland’s streets. The decision to pursue this approach is based on the recognition that these tracks represent a sunk cost that can be leveraged at a fraction of the cost of new construction. The action involves a multi-phase process: first, a comprehensive engineering survey of the existing tracks to assess their condition and identify necessary repairs; second, a cost-benefit analysis comparing restoration to alternative transit investments on the same corridors; third, a public engagement process to address community concerns about safety, frequency, and integration with the existing transit network; and fourth, phased construction and service launch. Execution would require coordination between the Portland Bureau of Transportation, TriMet, and potentially private operators. Funding could come from a combination of federal transit grants, city transportation bonds, and value capture from anticipated economic development along the restored routes. Rejected alternatives include building new bus rapid transit lines on these corridors (which would be more expensive and less attractive to riders) and continuing the current approach of traffic calming without transit improvements (which has proven politically unsustainable). Comparable proposals in other cities, such as the restoration of streetcar service in New Orleans after Hurricane Katrina and the ongoing expansion of the Seattle Streetcar, demonstrate that restoring historic routes can be done cost-effectively and with strong public support.

EXPECTED IMPACT

If implemented, restoring streetcar service on existing tracks is expected to produce several measurable outcomes. First, transit ridership on the restored corridors should increase by an estimated 20-40% compared to the bus service it replaces, based on the experience of other cities that have converted bus routes to streetcar service. This increase comes from the streetcar’s higher perceived safety, comfort, and reliability. Second, the streetcars will naturally meter traffic: their fixed routes and frequent stops will slow vehicle speeds along the corridor without the need for speed bumps or other physical barriers, reducing the political backlash against traffic calming. Third, the restored service will connect underserved communities, as many of the dormant tracks run through neighborhoods that are currently transit-poor relative to their density. Fourth, economic development along the restored corridors is likely to increase, as streetcars have been shown to attract private investment at a higher rate than bus routes. The scope of impact is city-wide, as a successful streetcar restoration could serve as a model for reactivating other dormant transit infrastructure across Portland. The magnitude of impact depends on the number of routes restored and the frequency of service, but even a single restored corridor could serve as a proof of concept that changes the city’s approach to transit investment. The primary beneficiaries are transit-dependent residents, choice riders who currently avoid the bus and MAX, and local businesses along the restored routes.

DECISION LENS

PRECEDENTS

EXAMPLE: New Orleans, Louisiana — What: After Hurricane Katrina, the RTA restored and modernized the historic St. Charles Avenue streetcar line, which had been damaged by the storm. The restoration used existing tracks and infrastructure, preserving the historic character of the line while upgrading vehicles and systems. — Outcome: The restored line now carries over 20,000 riders daily and has become a symbol of the city’s recovery, with ridership exceeding pre-Katrina levels within five years of restoration. — Outcome: The restored line now carries over 20,000 riders daily and has become a symbol of the city’s recovery, with ridership exceeding pre-Katrina levels within five years of restoration. EXAMPLE: Seattle, Washington — What: Seattle built the modern Seattle Streetcar system, including the Central City and King Drive lines, using a combination of new and restored tracks. The system was designed to complement existing bus and light rail service, not replace it. — Outcome: The streetcar lines have spurred over $3 billion in private development along their corridors and carry over 5,000 riders daily, with ridership growing 15% annually in the first five years of operation. — Outcome: The streetcar lines have spurred over $3 billion in private development along their corridors and carry over 5,000 riders daily, with ridership growing 15% annually in the first five years of operation. EXAMPLE: Portland, Oregon (existing modern streetcar) — What: Portland built a modern streetcar loop connecting the Central City to the Lloyd District, using a mix of new tracks and shared roadway. The system was intended to catalyze development and provide a circulator for the central city. — Outcome: The streetcar has generated over $1.5 billion in private investment along its route and carries approximately 5,000 riders daily, though its limited length (3.3 miles) restricts its utility as a regional transit option. — Outcome: The streetcar has generated over $1.5 billion in private investment along its route and carries approximately 5,000 riders daily, though its limited length (3.3 miles) restricts its utility as a regional transit option.