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Front Page » Education » Downtown-Florida International University transit pick due

Downtown-Florida International University transit pick due

Written by on April 21, 2020
Downtown-Florida International University transit pick due

A nearly three-year project to determine what rapid transit upgrade bests fits the route between downtown Miami and Florida International University is rolling toward the finish line –most likely on rubber tires.

Today (4/23), the Miami-Dade Transportation Planning Organization Governing Board is to choose the county’s preferred transit mode for the route known as the East-West Corridor of the Strategic Miami Area Rapid Transit (Smart) Plan.

Based on evaluations by engineering firm WSP, county transportation officials recommend bus rapid transit (BRT) for the corridor, by far the cheapest and fastest upgrade to build despite running four miles longer than rail alternatives.

The 14-mile BRT route would cost $330 million to build – one-sixth of the cost to extend the Metrorail Orange Line westward ($1.94 billion) and 35% cheaper than commuter trains on rail lines owned by freight transporter CSX ($504 million).

WSP also looked at combining commuter rail and BRT for a hybrid approach but found it would cost $835 million to build and cause more environmental damage than any other option.

Further, because it would require purchasing trains and buses rather than one or the other, its operations, maintenance and vehicle costs would be greater than any other option.

The East-West Corridor is “the only major east-west connector in the county, providing limited connections to the major activity centers in the region,” an April 16 memo from TPO Executive Director Aileen Bouclé said.

BRT would cost the least per new rider, WSP personnel wrote, while moving “a comparable amount of people” as heavy and commuter rail.

Ridership projections of the three modes shows BRT, with 11 stops between the Stephen P. Clark Government Center downtown and FIU’s Modesto Maidique Campus, serving 10,000 to 13,000 daily passengers.

Metrorail would serve a projected 15,000 to 19,000 daily passengers, while commuter rail would serve 5,000 to 6,000 a day.

Construction to accommodate BRT would take two to three years, just slightly less than for commuter rail. Metrorail would take six to eight years to build but would impact traffic the least of the three non-hybrid options.

All three modes would cause adverse environmental effects, consultants say. Commuter rail, because it would run on an existing, dedicated right-of-way, would cause the least, WSP said, despite high noise impacts to the surrounding area. BRT ranked second-best in the category, with possible parkland contamination and medium noise and construction impacts.

Metrorail ranked worst, potentially damaging six acres of parkland, 12 acres of wetlands and surface waters, with medium-high noise impacts and high construction impacts expected.

BRT ranked weakest in one key category: transit adoption. An examination by WSP of how likely each mode would be to attract new riders to the system found Metrorail would prompt 3.1% more potential riders to use it. Commuter rail would draw about 1.5% more.

If BRT is built, WSP projects 1.4% more would leave their cars at home to ride the new route.

The route would connect to 93,100 residents within a half-mile and 330,000 within two miles through an area of about 4,200 people per square mile, WSP said. It would serve 109,000 workers within a half mile and 215,000 within two.

Today, more than 8,600 residents ride buses on the corridor, whose peak morning traffic eastbound, end-to-end, is about 50 minutes, per Google Maps.

WSP noted that studies of the East-West Corridor date back to at least 1994, when transportation staff looked at a possible link between FIU and Miami Beach. The firm listed six other studies since.

Current work began June 13, 2017, with an agency kick-off meeting, about a year after the TPO board adopted the Smart Plan to advance the planning, development and environmental studies of six major commuting corridors throughout the county.

The East-West Corridor is the penultimate route to pend a local transit mode designation, following the South Corridor (“gold standard” BRT), North Corridor (elevated fixed guideway with a preference for rail), Northeast Corridor (commuter rail served by Brightline) and Beach Corridor (elevated rail or automated people mover).

Selection of a locally preferred transit alternative for the Kendall Corridor will come last, as predicted by Jose Curbelo, chairman of the Citizens’ Independent Transportation Trust, the group that oversees the countywide half-penny tax meant to fund transit expansion here.

Other funding sources, including federal and state contributions, are critical in getting the six corridor projects moving. Thus far, only the South Corridor has secured federal and state funding matches.

WSP cites FTA Small Starts grants, state contributions and local tolling dollars as additional financing sources. The future of MDX, the local agency that oversees the 836 and four other tollways in the county, remains up in the air amid a court battle with the Florida Department of Transportation and the state House of Representatives.

That situation, as well as funding issues in general, could be further exacerbated as revenues plummet during the novel coronavirus pandemic. MDX recently reported a 23.3% year-over-year revenue decline for last month and a drop of more than 50% traffic.

But because it will take less time and money to build, BRT on the East-West Corridor probably has the best chance at moving forward with adequate outside funding, said county Commissioner Eileen Higgins, whose district contains part of the route.

“Bus rapid transit gets the project into the federal Small Starts system, which makes it a realistic alternative for our residents – implementable and affordable while we’re all still living,” she said. “Five years from now, we can say we have it.”

7 Responses to Downtown-Florida International University transit pick due

  1. Michael

    April 22, 2020 at 8:49 am

    As long as there is no cross-traffic interference, the essential difference between a bus that runs on a dedicated route and a train is image. The South Dade Busway design doesn’t work as well as it should because of the right-turn lanes for automobiles off US-1. It would have been better to design it with the busway running down the middle of US-1 with traffic circles. If they can learn from that lesson, then BRT works as well as a train.

    • Quinn

      April 23, 2020 at 1:53 pm

      The Busway upgrades include crossing gates with signal preemption for approaching buses. Should reduce much of the issue with US1 right turns.

      Another difference between bus and rail is capacity. If ridership grows to the point that buses are unable to hold that capacity, the Busway is supposedly being upgraded with provision for future light rail conversion. That would be a good problem to have.

  2. Michael Hughes

    April 22, 2020 at 12:58 pm

    What street is the East-West corridor to use? If so, in a dedicated lane?

    • Frank

      April 22, 2020 at 5:32 pm

      The improvements will be made to 836.

  3. William Martin

    April 22, 2020 at 2:04 pm

    Extend Metrorail Orange line to Florida Int’l University, and beyond. We need to think big and solve our traffic problems. We also need to STOP so many dam studies. It seems all we do is studies, and nothing ever gets done!

  4. Gerwyn Flax

    April 22, 2020 at 5:45 pm

    At grade lanes would most likely negate any possible advantage of using busses, especially in some areas where local businesses line both sides of the street. Rail is still the smartest, not necessarily the cheapest. It is time the county stop wasting taxpayer dollars on half baked solutions.

  5. Karl Isen

    April 23, 2020 at 3:30 pm

    Maglev technology should have been considered because it is on average below $100M per mile compared to the $140M per mile cost of the Metrorail extension. Furthermore, it would allow for significant transit oriented development (housing, retail, office, urban farming) above the stations with traditional construction methods and cost because the magelev technology does not have to be designed for vibration as the technology is frictionless. Maglev urban transit developments now exist in China, Korea, Japan and soon in Russia and India. It is the technology of the 21st Century and should be implemented over the antiquated solutions that have been studied and now recommended.