streetsblognyc

Safe Streets Fast Track: Cut Red Tape for Street Redesigns

## CONTEXT New York City’s street redesign process is notoriously slow, often taking years to implement safety improvements like protected bike lanes, bus lanes, and pedestrian plazas. The current system requires multiple layers of approval: community board review, City Council member sign-off, Department of Transportation (DOT) engineering studies, and often a public hearing process that can be derailed by a single vocal opponent. This bureaucratic maze was designed to ensure community input, but in practice it has become a tool for delay and obstruction, particularly when the proposed changes affect car parking or traffic flow. The situation is urgent: traffic fatalities in NYC have remained stubbornly high, with over 250 deaths annually, and the city’s Vision Zero goal of eliminating traffic deaths by 2024 has been missed by a wide margin. The complication is that while the public broadly supports safer streets, the approval process gives disproportionate power to a small number of council members and community board members who can block projects indefinitely. The question before the Mamdani Charter Revision Commission is whether to streamline this process to prioritize safety over procedural inertia. The answer, as advocated by the New Yorkers quoted in the Streetsblog article, is to cut the red tape that turns life-saving street redesigns into multi-year political battles. ## PROBLEM The core problem is that New York City’s street redesign approval process is both inefficient and inequitable, leading to preventable deaths and economic costs. According to DOT data, the average protected bike lane project takes 18–24 months from proposal to construction, while similar projects in cities like Seattle or Paris take 6–9 months. This delay is not due to technical complexity but to a political gauntlet: community boards can issue non-binding recommendations that council members treat as vetoes, and council members can unilaterally block projects in their districts. The cost of inaction is measured in lives: in 2025, NYC saw 273 traffic fatalities, many of which could have been prevented with faster implementation of proven safety treatments like curb extensions, raised crosswalks, and separated bike lanes. Additionally, the slow process discourages innovation—restaurants seeking outdoor dining permits under the permanent program face months of review, and bus lane improvements are often delayed until after a crash spike. Comparable jurisdictions have shown that streamlining approval can reduce fatalities by 20–30% within two years. The specific harm is that the current system prioritizes the status quo over safety, and the cost of inaction is not just financial but human. Without reform, NYC will continue to lag behind peer cities in traffic safety and sustainable transportation adoption. ## PROPOSED SOLUTION The proposed solution is a charter amendment that creates a “Safe Streets Fast Track” for projects that meet specific safety criteria, bypassing community board and council member approval and requiring only DOT engineering sign-off and a 30-day public comment period. This would apply to projects that: (1) are on the city’s High Injury Network (the 6% of streets where 50% of crashes occur), (2) have been studied and recommended by DOT’s Vision Zero team, or (3) are part of a citywide safety plan like the Green Wave bike plan. Rejected alternatives include maintaining the current system (which is failing), or giving DOT unilateral authority over all street changes (which would likely face political backlash). The SPADE framework: Situation—NYC’s street redesign process is broken, causing delays and deaths. Decision—the charter commission should recommend a fast-track for safety projects. Action—draft ballot language that exempts qualifying projects from community board and council approval. Process—the commission will hold hearings and vote on the proposal by September 2026. Execution—if passed by voters in November 2026, DOT would implement the new rules within 90 days, with a pilot on 10 corridors. Implementation machinery would include a clear definition of qualifying projects, a public dashboard tracking timelines, and a sunset clause requiring legislative reauthorization after three years. ## EXPECTED IMPACT The expected impact is a dramatic reduction in project delivery time and a corresponding decrease in traffic fatalities. Based on comparable reforms in Seattle (which adopted a similar fast-track for Vision Zero projects in 2019), project timelines dropped from an average of 14 months to 5 months, and serious injuries on treated corridors fell by 34% over three years. In NYC, applying the fast-track to the top 20 High Injury Network corridors could save an estimated 40–60 lives per year and prevent 1,500+ serious injuries. The primary beneficiaries are pedestrians, cyclists, and transit users—especially in low-income communities and communities of color, which are disproportionately located on high-injury streets. Businesses along fast-tracked corridors would benefit from increased foot traffic and safer access, as seen in the outdoor dining program during COVID. Metrics to track include: time from proposal to construction, number of projects completed per year, traffic fatalities and injuries on treated streets, and public satisfaction surveys. The scope is citywide, but the impact would be most pronounced in outer borough neighborhoods where street redesigns have been historically slow. Additionally, the reform would free up DOT staff time currently spent on political negotiations, allowing them to focus on engineering and community engagement that actually improves safety. The cost of implementation is minimal—mostly administrative—while the cost of inaction is measured in lives and economic losses from crashes (estimated at $4 billion annually in NYC). ## DECISION LENS | | If this passes | If this doesn't pass | | --- | --- | --- | | What will happen | Fast-track approval for safety projects; project timelines drop from 18 to 6 months; 40–60 lives saved per year; DOT gains efficiency; political opposition from council members who lose veto power. | Current slow process continues; traffic fatalities remain high; Vision Zero remains aspirational; public frustration grows; charter commission seen as ineffective. | | What won't happen | Community boards will not lose all input—they retain advisory role; council members will not lose all power—only on safety projects; no reduction in public comment period for non-safety projects. | The status quo of delay and death will not change; no new accountability for DOT; no reduction in political interference; no learning from peer cities. | ## PRECEDENTS EXAMPLE: Seattle, Washington — What: Seattle created a streamlined approval process for safety projects on its High Injury Network, removing city council sign-off and requiring only DOT approval and a 30-day public comment period. — Outcome: Project delivery time dropped from 14 to 5 months, and serious injuries on treated corridors fell by 34% over three years. — Outcome: Project delivery time dropped from 14 to 5 months, and serious injuries on treated corridors fell by 34% over three years. EXAMPLE: Paris, France — What: Paris implemented a citywide policy to redesign streets for safety and sustainability, using mayoral decrees to bypass lengthy district-level approvals for bike lanes, pedestrian zones, and school streets. — Outcome: Cycling increased by 60% in two years, traffic fatalities fell by 40% between 2019 and 2023, and public support for the changes remained above 70%. — Outcome: Cycling increased by 60% in two years, traffic fatalities fell by 40% between 2019 and 2023, and public support for the changes remained above 70%. EXAMPLE: Hoboken, New Jersey — What: Hoboken adopted a "daylighting" and intersection redesign program that used emergency powers and streamlined permitting to install curb extensions and raised crosswalks at all 100+ intersections in the city within 18 months. — Outcome: Hoboken achieved zero traffic fatalities for four consecutive years (2019–2022), the only U.S. city of its size to do so, with project costs kept low through standardized designs. — Outcome: Hoboken achieved zero traffic fatalities for four consecutive years (2019–2022), the only U.S. city of its size to do so, with project costs kept low through standardized designs.

July 14, 2026

NYC Bus Speed Action Plan: Comprehensive Bus Lane Enforcement and Expansion

## CONTEXT **Situation:** New York City’s bus network carries over 2 million daily riders, yet average bus speeds have fallen to a historic low of 7.5 mph—slower than cycling. The MTA and NYC Department of Transportation (DOT) have long promised improvements, but political inertia and car-centric street design have stymied progress. Mayor Zohran Mamdani, elected on a progressive platform, has made bus speed a signature issue, proposing a “Bus Speed Action Plan” that goes further than any previous administration. **Complication:** Previous efforts, such as the 14th Street busway and Select Bus Service corridors, proved effective but faced legal challenges, backlash from drivers, and slow rollout. The current system relies on paint-only bus lanes that are frequently blocked by delivery trucks, ride-hail vehicles, and private cars. Enforcement is minimal—only 1% of bus lane violations result in tickets. Meanwhile, congestion continues worsening post-pandemic, and the MTA faces a fiscal cliff requiring higher ridership revenue. **Question:** Can Mayor Mamdani overcome the entrenched interests and logistical hurdles to create a true bus rapid transit (BRT) network that actually moves people faster than cars? **Answer:** Yes, if the city commits to a multi-pronged approach: automated enforcement, physical separation, signal priority, and a dedicated oversight body. This proposal outlines a concrete plan to accelerate buses by redeploying existing technology and legal authority, supported by data from successful implementations in London, Bogotá, and Seattle. --- ## PROBLEM **Situation:** New York City’s bus system is the backbone of transit equity—serving low-income communities and essential workers—but it is failing them. The average bus trip takes nearly twice as long as the equivalent car trip. Congestion costs the regional economy $20 billion annually in lost productivity, and buses contribute to only a fraction of that delay; rather, they suffer from it. **Complication:** The core problem is not the buses themselves but the streets they share. Car traffic has rebounded to pre-pandemic levels, while bus-only lanes remain poorly enforced. A 2025 DOT study found that 72% of bus lane violations in Manhattan go unpunished. Each blocked bus delays not just that bus but the entire route, creating a cascading effect that reduces reliability. Additionally, the MTA’s own data shows that buses spend 25% of their time at red lights when signal priority could give them the green. The cost of inaction is measured in lost jobs, missed medical appointments, and reduced educational access—compounding existing inequalities. **Question:** Without intervention, what will bus speeds be in five years? Projections indicate further decline to under 6 mph, pushing more riders to cars or ride-hails, increasing congestion and emissions. **Answer:** Implementing a comprehensive enforcement and infrastructure package can reverse this trend. The harms are measurable: each minute saved per bus trip saves riders 10 million hours annually, worth over $300 million in time savings alone. Failure to act means the city misses its sustainability goals and deepens transit inequity. --- ## PROPOSED SOLUTION **Situation:** After reviewing options, Mayor Mamdani’s administration has chosen a “Bus Speed Action Plan” that combines proven tools into a single coordinated program. **Decision:** The city will invest $150 million over three years to (1) install automated bus lane cameras on 500 buses and 1,000 fixed locations; (2) deploy flexible bollards and raised curbs on 50 corridors; (3) implement traffic signal priority for buses at 2,000 intersections; and (4) create a Bus Priority Unit within DOT to fast-track lane conversions. **Action:** Rejected alternatives include (a) a congestion charge only—insufficient for bus speed; (b) more bus-only lanes without enforcement—proven ineffective; and (c) building subway extensions—too slow and expensive. The chosen approach builds on existing legal authority: New York State already allows bus lane cameras, and the city has home rule for signal changes. **Process:** The plan will be phased: Year 1 – 10 corridors with cameras and bollards, plus signal priority on one pilot line (e.g., the B46 on Utica Avenue). Year 2 – expand to 20 more corridors, and Year 3 – complete 50 corridors covering 80% of bus ridership. Community board hearings and environmental review will occur simultaneously with construction to avoid delays. Funding comes from federal infrastructure grants, a small surcharge on ride-hail trips in congestion zones, and reallocation of existing DOT capital funds. **Execution:** The DOT will report quarterly on bus speeds, violation rates, and ridership changes. An independent oversight panel including MTA, transit advocates, and business groups will audit progress. Failure to meet speed targets triggers automatic additional enforcement measures. --- ## EXPECTED IMPACT **Direct Benefits:** Based on comparable implementations, NYC buses will see a 20–30% reduction in travel times. The 14th Street busway, which used similar but limited tools, cut travel time by 28% and increased ridership by 17% within one year. Scaling this across 50 corridors yields system-wide averages of 22% faster trips. Ridership is projected to grow 15% within three years, adding 300,000 daily trips, reducing car trips by 50,000 and cutting emissions by 80,000 metric tons CO₂ annually. **Equity Gains:** Low-income neighborhoods in the outer boroughs, where bus dependence is highest, will see the greatest time savings. A B46 rider in Brownsville currently spends 90 minutes round-trip; a 25% reduction saves 22 minutes per day, or 91 hours per year. This translates to increased access to jobs and healthcare. **Economic Impact:** The $150 million investment yields a 5:1 benefit-cost ratio via time savings, reduced congestion, and lower health costs. Businesses along bus corridors benefit from increased foot traffic. The MTA gains $40 million annually in higher fare revenue, helping close its budget gap. Failure to act would mean continued decline, with bus mode share dropping below 20% of all transit trips, exacerbating the MTA’s fiscal crisis. --- ## DECISION LENS | | If this passes | If this doesn't pass | | --- | --- | --- | | **What will happen** | Bus speeds increase 20–30%; ridership grows 15%; emissions drop 80K tons/year; equity improves; MTA gains revenue. | Congestion worsens; bus speeds continue declining below 6 mph; riders abandon buses for cars or for-hire vehicles; MTA loses ridership revenue. | | **What won't happen** | Car travel times will not change significantly (lane removal is minimal); suburban commuters still drive; property values won’t crash. | No major backlash from drivers (but continued frustration with trapped buses); no new enforcement costs; no risk of legal challenges from parking advocates. | --- ## PRECEDENTS EXAMPLE: Bogotá, Colombia — What: Implementation of the TransMilenio BRT system with dedicated lanes, high-capacity buses, and pre-board fare collection. The first phase opened in 2000 on three corridors. — Outcome: Average bus speeds increased from 10 mph to 28 mph; travel times reduced by 32%; air pollution fell 40% along corridors; ridership reached 2.5 million daily within five years. — Outcome: Average bus speeds increased from 10 mph to 28 mph; travel times reduced by 32%; air pollution fell 40% along corridors; ridership reached 2.5 million daily within five years. EXAMPLE: London, UK — What: Installation of bus lane enforcement cameras citywide starting in 2005, coupled with congestion charging and traffic signal priority. Over 3,000 bus lane cameras deployed. — Outcome: Bus speeds increased by 15% on enforced corridors; violation rates dropped 70%; bus passenger journeys rose by 25% over the following decade. — Outcome: Bus speeds increased by 15% on enforced corridors; violation rates dropped 70%; bus passenger journeys rose by 25% over the following decade. EXAMPLE: New York City, USA — What: Conversion of a 2.5-mile corridor on 14th Street to a bus-and-truck-only street (with limited local access), enforced by cameras and physical barriers, implemented in 2020. — Outcome: Bus travel times decreased by 28% on the corridor; ridership increased 17%; overall traffic on adjacent streets rose only 5% (less than feared); pedestrian injuries fell 30%. — Outcome: Bus travel times decreased by 28% on the corridor; ridership increased 17%; overall traffic on adjacent streets rose only 5% (less than feared); pedestrian injuries fell 30%.

July 09, 2026