Community Task Force October 5, 2017
Welcome and Introductions
Project Partners Regional Transportation District (RTD) Colorado Department of Transportation (CDOT) Denver Regional Council of Governments (DRCOG) City of Aurora
Meeting Purpose and Agenda
Meeting Purpose Review findings of initial center-running BRT evaluation Review key differentiators/opportunities/challenges of center-running concept Identify common themes and outstanding questions on center-running BRT evaluation
Agenda Peer City Review Review findings of center- running BRT evaluation Evaluation criteria: key differentiators/benefits/ challenges Key themes and group discussion Next steps and path forward
Center-Running BRT on Colfax
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Corridor Development Timeline Opportunity for Stakeholders and Public To Influence Project Design Broad Definition Design Detail of Project Construction Revenue Service Conceptual Design Alternatives Engineering & & Environmental Analysis Design Analysis 18 months 12 18 months - 18 24 months - Ongoing Federal Transit Administration Project Development We Are Here Locally Preferred Fully Designed Concept Design & Alternative Environmental and Funded Clearances Project Definition of Design detail mode & Design alignment determined complete Conceptual Environmental Finance station locations impacts identified package Operating plan Local decision
Center-Running BRT in Sister Cities
Denver’s Peers are Building Quality BRT Cleveland: HealthLine BRT Chicago: Ashland BRT Seattle: Madison RapidRide BRT NYC: Fordham Road Select Bus Service Eugene: EmX BRT Boston: Silver Line BRT
Healthline BRT, Cleveland https://youtu.be/kF6EF3kOGQE coif ax corridor connections
Ashland BRT, Chicago Similar corridor and ridership to Colfax Population living within 0.5 miles of Ashland corridor expected to grow by 55,000 (about 24%) by 2040. Ashland Corridor, Chicago
Ashland BRT, Chicago https://youtu.be/_csc2ZDuQLo coif ax corridor connections
Seattle Madison BRT Serves several neighborhood retail districts Purpose is to deliver high-quality mobility to accommodate current and expected growth
Madison BRT, Seattle https://youtu.be/nmpCkw9dPkw coif ax corridor connections
Center-Running BRT Evaluation and New Criteria
I ~ Where We’ve Been: Screen 3 Plus Results Summary GOOD h GOOD/FAIR FAIR FAIR/POOR POOR coif ax corridor connections
SCREEN4 11 1. RESULTS SUMMARY KIY GOOD Bus Rapid Transit Bus Rapid Transit Side-Running in Center-Running in Exclusive Lanes- All Day Exclusive Lanes - All Day Ridership GOOD/FAIR Transit Travel Time Auto Travel Time Person capacitY FAIR Transit ReliabilitY cost-EHectiveness FAIR/POOR Vehicle Miles Traveled Multimodal Access POOR Pedesttian satetv + IXJJerience •••••• •••••• Multimodal satetv Expansion capacitv curb Access Vehicle Access Economic oevelopmem Urban oesign/Placemaking CODSU'UCtiOD Impact Agency+ communitv suppon lstrong agency SUPPOrll overall Results • TBD • TBO • • • • _Jll\ coif•• corridor connections
Potential Evaluation Criteria for Additional Screening EXPERIENCE OPERATIONS COMMUNITY Travel Time Multimodal Safety – Transit Operating Reliability Vision Zero Cost Placemaking Vehicle Miles Expansion Capacity Traveled Passenger Traffic Operations Economic Experience Cost-Effectiveness Development Multimodal Access Ridership Construction (Station Spacing) Person Capacity Impacts Business Access Community & Agency Support Construction Impacts
Screen 4 Criteria: Key Differentiators, Benefits and Tradeoffs
Criteria Topics for Today’s Discussion Transit Travel Multimodal Time Safety Reliability Operating Pedestrian Cost Comfort & Experience Future Proofing Placemaking Business Passenger Access Experience Parking & Loading Pedestrian, Traffic Bicycle, ADA Operations Access Station Spacing
Transit Reliability The Bottom Line: Transit Travel Center Running BRT (CRBRT) has less friction with Time other road users including curbside conflicts, providing Reliability more reliable travel Operating Changes to traffic and corridor development don’t affect Cost future transit operations Future CRBRT operators can accurately predict future operating Proofing costs/avoid year-over-year increases Tradeoffs/Other Considerations: More left turn restrictions Less auto travel lanes CENTER Future proofing from delay as land-use, traffic, and curb uses change
Reduced Conflicts No conflicts with turning vehicles, parallel parking, or truck loading
100% Near-Level Boarding Off Board Fare Payment & Level Boarding are major contributors to improved travel speed and reliability EmX, Eugene-Springfield, OR
Transit Reliability The Bottom Line: Transit Travel Center Running BRT (CRBRT) has less friction with Time other road users including curbside conflicts, providing Reliability more reliable travel Operating Changes to traffic and corridor development don’t affect Cost future transit operations Future CRBRT operators can accurately predict future operating Proofing costs/avoid year-over-year increases Tradeoffs/Other Considerations: More left turn restrictions Less auto travel lanes CENTER Future proofing from delay as land-use, traffic, and curb uses change
Local Business Access The Bottom Line: CRBRT will restrict auto left turns at most non-signalized Business left turns Access CRBRT has similar curb use (parking and loading) Parking & impacts to SRBRT (no conflicts with buses) Loading CRBRT will improve pedestrian safety and crossing opportunities, making it more attractive to park and cross the street to access businesses CRBRT will also improve bicycle and motor vehicle safety Tradeoffs/Other Considerations: On- street parking movements don’t negatively impact transit operations SIDE Given current vehicle oriented uses on corridor, side running has lesser impacts. This may change over time.
Vehicle Access Before Center-Running After Center-Running Colfax
Local Business Access The Bottom Line: CRBRT will restrict auto left turns at most non-signalized Business left turns Access CRBRT has similar curb use (parking and loading) Parking & impacts to SRBRT (no conflicts with buses) Loading CRBRT will improve pedestrian safety and crossing opportunities, making it more attractive to park and cross the street to access businesses CRBRT will also improve bicycle and motor vehicle safety Tradeoffs/Other Considerations: On- street parking movements don’t negatively impact transit operations SIDE Given current vehicle oriented uses on corridor, side running has lesser impacts. This may change over time.
Stop Consolidation/Local Service The Bottom Line: Pedestrian, CRBRT will maintain or improve overall transit travel Bicycle, ADA times when considering walk, wait, and ride Access All CRBRT stations will offer more rail-like boarding Station experience, making it easier for seniors and people with Spacing disabilities to ride CRBRT and SRBRT provide opportunities for improved sidewalks and bike and pedestrian access to corridor Tradeoffs/Other Considerations: Some passengers will need to walk further to access service Some local stops are consolidated CENTER
Conceptual Stops Project Map To Tower Rd. 0 Conceptual BRT Stations Sludy Boundoly Q Conceptual Standard Bus Stop To ALA"ora Metro Center I R ti-le coif ax corridor connections
Stop Spacing In Denver Local and Limited use one set of high-quality stations in Denver 3-5-minute headways Colfax has a well connected urban sidewalk network providing good access to the corridor
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