TransLink Ridership Is Down. More Buses Are the Answer

## CONTEXT **Situation:** TransLink, the regional transportation authority for Metro Vancouver, operates an integrated network of SkyTrain, bus, SeaBus, and West Coast Express rail. Historically, it was one of North America's most successful transit systems, with steady ridership growth driven by a rapidly expanding population and densifying urban cores. The system was built on a foundation of bus service feeding into high-capacity rail. **Complication:** The COVID-19 pandemic devastated transit ridership globally, and TransLink was no exception. Fares cover roughly 55% of TransLink's operating costs—a high proportion for a North American agency. When ridership collapsed, so did fare revenue. While other critical systems (e.g., Toronto’s TTC, London’s TfL) received direct provincial or national bailouts to fill the gap, TransLink's reliance on farebox recovery made it uniquely vulnerable. Ridership has plateaued at roughly 70-80% of pre-pandemic levels, while operational costs have increased. The model is broken. Without a massive ridership surge, service cuts are inevitable—creating a classic "death spiral" where cuts reduce ridership, reducing revenue, forcing more cuts. The post from The Tyee points to buses, which carry the majority of the authority's customers, as the core problem and solution. **Question:** Can a targeted, aggressive investment in bus service break the death spiral and restore TransLink to a sustainable path, or is the system’s post-pandemic malaise structural and impossible to reverse without a complete fare-revenue overhaul? **Answer:** Evidence from other transit agencies suggests that a "bus-first" strategy, prioritizing frequency, reliability, and speed improvements over capital mega-projects, is the most cost-effective way to quickly restore ridership and stabilize system finances. ## PROBLEM **Situation:** TransLink serves a region of over 2.5 million people where traffic congestion has become a top political issue. The bus network is the backbone of the system, carrying the majority of all transit trips, particularly for essential workers, low-income households, and new Canadians. A healthy bus network is critical to regional equity, economic productivity, and climate goals. **Complication:** The current ridership slide is not a temporary blip. A series of factors—the permanent shift to hybrid work, the rise of personal vehicle ownership, and safety and cleanliness concerns on vehicles and at stations—have suppressed demand. However, TransLink has been forced to respond by *cutting* bus service due to looming budget shortfalls. This is the exact opposite of what is needed. Fewer buses mean longer waits, more crowded vehicles, and less reliable connections, which further depress ridership and increase car dependency. A 2023 report from the Auditor General of British Columbia noted that TransLink lacked a long-term financial sustainability plan. **Specific Harms:** The cost of inaction is concrete. Without a ridership recovery, TransLink faces a cumulative operating deficit of billions of dollars over the next decade. This will force deep cuts to bus routes, disproportionately harming the transit-dependent and worsening equity. Traffic congestion will worsen as former riders return to cars, costing the regional economy an estimated $1.5 billion annually in lost productivity and fuel waste. The region will fail to meet its mandated climate targets for transportation emissions. Every month of decline makes it harder and more expensive to win back riders. **Prognosis:** The problem is not that people don't want to ride the bus. It's that the bus isn't offering a compelling enough service compared to the private car. The fix is to make the bus so frequent, so fast, and so reliable that it becomes the default choice, not a last resort. ## PROPOSED SOLUTION **Solution:** Immediately implement a "Bus Service Restoration and Expansion Plan" for TransLink, funded by a dedicated temporary operating subsidy from the Province of British Columbia. The core action: **increase system-wide bus service hours by 25% over a 24-month period**, prioritizing high-frequency B-Line routes, under-served suburban connections, and the launch of two new rapid bus (BRT) or dedicated-lane corridors. This must be paired with a simultaneous "Bus Priority" engineering program to install transit signal priority and rededicated bus lanes (taken from general traffic) on key arterial roads. **Rejected Alternatives:** The standard response has been to request more money for major capital projects like the Surrey-Langley SkyTrain extension. While valuable, these are long-term (5-10 years) and do nothing to fix the *immediate* service and frequency crisis on the 250+ existing bus routes. Raising fares would be counterproductive, pushing away more marginal riders. Cutting operating costs further would mean worse service, accelerating the death spiral. A dedicated bus-expansion strategy is faster, cheaper, and more targeted. **Implementation Machinery:** The plan would follow the innovative "Better Bus Blueprint" model used by Seattle's King County Metro or the recent "Bus Revolution" in Houston, Texas. Step 1: The Province of British Columbia appropriates a $350 million one-time grant to TransLink specifically earmarked for operating bus service, not capital. Step 2: TransLink immediately begins hiring and training operators (addressing a current bottleneck) and procures 100-150 new articulated buses to add to the fleet. Step 3: TransLink works with municipal governments (Vancouver, Surrey, Burnaby, etc.) to designate new bus lanes that can be implemented via simple mayor’s orders, bypassing lengthy reviews. Step 4: A public marketing campaign ("Bus is Back") promotes the new frequency. Execution timeline: 0-6 months for planning, 12-24 months for full rollout. ## EXPECTED IMPACT **Who Benefits:** Current transit riders will see dramatically lower wait times (targeted to be under 10 minutes on 80% of major routes) and more direct, one-seat rides, reducing overall trip times by an estimated 10-15%. Car commuters on congested corridors (e.g., Highway 99, Granville Street, Lougheed Highway) will experience slight relief as a modal shift occurs. The transit-dependent—essential workers, students, low-income households—will gain access to more employment and educational opportunities. The regional economy benefits from reduced congestion and a more reliable labor pool. **Metrics and Magnitude:** Using comparable data from similar initiatives: - **Ridership:** Target a 15-20% increase in bus ridership system-wide within 3 years (compared to the 2023 baseline). This would add roughly 30-40 million annual boardings, reversing the post-pandemic slide. - **Farebox Recovery:** The new revenue from those riders (at ~$2.50 average fare) would cover approximately 25-30% of the program's annual operating cost, reducing the fiscal gap. - **Congestion:** Modeling from Seattle's system suggests that a 15% modal shift from car to bus on five major corridors reduces peak-hour delay by 8-10%. - **Equity:** Ridership gains would be concentrated in lower-income neighborhoods (e.g., Surrey, Maple Ridge, the Downtown Eastside), directly improving access to food, healthcare, and jobs for vulnerable populations. **Outcome:** The system breaks the death spiral. Increased ridership stabilizes fares, reducing the need for future cuts. The "virtuous cycle" of more frequency attracting more riders takes hold. The model proves that the key to post-pandemic transit recovery is not building more tracks, but running more buses, better and faster. ## DECISION LENS | | If this passes | If this doesn't pass | | --- | --- | --- | | What will happen | 1. Bus service is dramatically improved, attracting back thousands of riders. 2. The fiscal death spiral is broken, at least temporarily. 3. Traffic congestion on key corridors likely eases by 8-10%. | 1. TransLink will be forced to announce major service cuts, likely reducing bus service by 10-15%. 2. A public and political crisis for TransLink and provincial government. 3. Ridership continues to stagnate, making future recovery harder. | | What won't happen | 1. Regional traffic will not be eliminated—just slightly eased. 2. The SkyTrain extension planning won't stop. 3. The underlying structural funding model (farebox reliance) won't change; the fix is temporary without permanent operational funding reform. | 1. The death spiral will not magically reverse. 2. New BRT corridors will not be planned; essential capital investments may be paused. 3. The regional climate targets for transportation will not be met, as the car remains the dominant mode. 4. The transit-dependent will not gain the access they need. | ## PRECEDENTS EXAMPLE: Seattle (King County Metro) — What: After years of declining ridership, the agency launched a massive bus frequency and speed improvement plan funded by a local sales tax measure, adding 30% more service hours and implementing hundreds of bus priority improvements. — Outcome: Bus ridership increased by 18% over four years, breaking a national trend, and the agency avoided the "death spiral" seen by many peers. — Outcome: Bus ridership increased by 18% over four years, breaking a national trend, and the agency avoided the "death spiral" seen by many peers. EXAMPLE: Houston, Texas — What: Houston redesigned its entire bus network (one of the largest in the US) from a low-frequency, complex grid to a simpler, high-frequency model focusing on 10 key corridors with 15-minute-or-better service, coupled with new BRT lines. — Outcome: Ridership increased by 11% in the first three years, system productivity (boardings per hour) improved by 15%, and the number of jobs accessible by transit in 30 minutes increased by 17%. — Outcome: Ridership increased by 11% in the first three years, system productivity (boardings per hour) improved by 15%, and the number of jobs accessible by transit in 30 minutes increased by 17%. EXAMPLE: London, UK (Transport for London) — What: During the pandemic, TfL maintained and even expanded bus services (unlike rail) using a government operating grant. They focused on "Bus Priority" and zero-emission bus procurement to maintain frequency. — Outcome: While rail ridership collapsed and remains slow to recover, London's bus network has recovered the fastest of any major system in the UK, reaching 85% of pre-pandemic levels by late 2023, beating the national average by 10 percentage points. — Outcome: While rail ridership collapsed and remains slow to recover, London's bus network has recovered the fastest of any major system in the UK, reaching 85% of pre-pandemic levels by late 2023, beating the national average by 10 percentage points.

August 14, 2026