Eglinton Crosstown LRT Interchange Stations – Final Designs
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Route Period / Service Old New Old New Old New Old
Service Changes Effective Sunday, March 29, 2020 Route Period / Service M-F Saturday Sunday Headway R.T.T. Vehicles Headway R.T.T. Vehicles Headway R.T.T. Veh Old New Old New Old New Old New Old New Old New Old New Old New Old New Where running times are shown as "A+B", the first part is the scheduled driving time and the second part is the scheduled recovery/layover usually provided to round out the trip time as a multiple of the headway. Vehicle Types: F: Flexity B: Bus AB: Artic Bus T: Train Keele Station Bus Roadway Reconstruction 30 High Park / 80 Queensway Interlined due to construction at Keele Station AM Peak 80 Sherway to Keele Station 30' 68+22 3B 30' 56+4 2B 80 Sherway to High Park Stn via Parkside 20' 70+10 4B 20' 58+2 3B 30 High Park Stn to Runnymede 20' 20' 14+6 14+6 1B 1B 20' 20' 14+6 14+6 1B 1B M-F Midday 80 Sherway to Keele Station 30' 68+22 3B 24' 70+2 3B 24' 70+2 3B 80 Sherway to High Park Stn via Parkside 20' 70+10 4B 20' 72+8 4B 20' 72+8 4B 30 High Park Stn to Runnymede 20' 20' 14+6 14+6 1B 1B 20' 20' 14+6 16+4 1B 1B 20' 20' 14+6 16+4 1B 1B PM Peak 80 Sherway to Keele Station 30' 75+15 3B 24' 70+2 3B 24' 70+2 3B 80 Sherway to High Park Stn via Parkside 20' 77+3 4B 20' 72+8 4B 20' 72+8 4B 30 High Park Stn to Runnymede 20' 20' 16+4 16+4 1B 1B 20' 20' 16+4 16+4 1B 1B 20' 20' 16+4 16+4 1B 1B Early Evening 80 Sherway to Keele Station 24' 56+16 3B 30' 56+4 2B 30' 56+4 2B 80 Sherway to High Park Stn via Parkside 20' 58+2 3B 20' 58+2 3B 20' 58+2 3B 30 High Park Stn to Runnymede 20' 20' 13+7 13+7 1B 1B 20' 20' 14+6 14+6 1B -
Birmingham Interchange Station a High Speed Transport Hub
BIRMINGHAM INTERCHANGE STATION A HIGH SPEED TRANSPORT HUB Phase 2 of High Speed Two (HS2) will create a ‘Y network’ from Birmingham to Manchester and Leeds, as part of strengthening connections between the South East and the Northern Powerhouse. To avoid a lengthy diversion via central Birmingham and reduce congestion with intercity freight, a new interchange station will be built nine miles east of the city near Solihull, allowing services to diverge and connect to the North West and the North East. In line with the Government’s plans to level up the economy across Britain, Birmingham Interchange Station will improve connectivity for local residents and provide a catalyst for investment not only in the West Midlands but nationwide. April 2021 A452 WHAT IS BIRMINGHAM INTERCHANGE STATION? Birmingham Interchange Station is a critical part of the HS2 network, which will bring the West Midlands within an hour’s commute of London, Manchester, Leeds, Sheffield, York, Preston, and Wigan. It consists of three projects across a 370-acre site: a new rail gateway for the • Interchange Station: NATIONAL region that will serve up to 38,000 passengers per EXHIBITION CENTRE day, along two 415-metre platforms BIRMINGHAM AIRPORT • Automated People Mover: a new short-distance BIRMINGHAM transit system allowing up to 2,100 passengers per BIRMINGHAM INTERCHANGE AIRPORT BIRMINGHAM STATION hour to travel between the NEC, Birmingham Airport STOP INTERNATIONAL RAILWAY STATION and other local transport hubs NEC STOP HS2 • Local Road Improvements: improvements to the local road network, with four new highway bridges BIRMINGHAM MAINTENANCE INTERNATIONAL AUTOMATED FACILITY strengthening connections between existing routes. -
Improving Rail Station Access in Australia
Improving Rail Station Access in Australia CRC for Rail Innovation [insert date] Page i Improving Rail Station Access in Australia DOCUMENT CONTROL SHEET Document: CRC for Rail Innovation Old Central Station, 290 Ann St. Title: Improving Rail Station Access in Australia Brisbane Qld 4000 Project Leader: Phil Charles GPO Box 1422 Brisbane Qld 4001 Authors: Ronald Galiza and Phil Charles Tel: +61 7 3221 2536 Project No.: R1.133 Fax: +61 7 3235 2987 Project Name: Station Access www.railcrc.net.au Synopsis: This document on improving rail station access in Australia is the main document for the CRC project on Station Access. The document reviews Australian and international planning guides to identify key elements important in planning for station access. Best practice elements were identified for inclusion in an access planning methodology for the Australian context. An evaluation framework featuring a checklist of station access principles associated with each access mode is provided to assess existing station access. Case studies are presented from Brisbane, Perth, and Sydney so as to illustrate the framework. This document presents a new perspective for Australian rail agencies, including access in the overall design process and provides a best practice approach, building on available station access-related planning in Australia and developments in Europe and North America. REVISION/CHECKING HISTORY REVISION DATE ACADEMIC REVIEW INDUSTRY REVIEW APPROVAL NUMBER (PROGRAM LEADER) (PROJECT CHAIR) (RESEARCH DIRECTOR) 0 23 September 2013 DISTRIBUTION REVISION DESTINATION 0 1 2 3 4 5 6 7 8 9 10 Industry x Participant for Review Established and supported under the Australian Government’s cooperative Research Centres Programme Copyright © 2013 This work is copyright. -
Melbourne Metro Rail Project – South Yarra Metro Station Customer Outcomes and Economic Assessment Report June 2015
Melbourne Metro Rail Project – South Yarra Metro Station Customer Outcomes and Economic Assessment Report June 2015 Trim Ref: [DOC/15/216339] Page 19 of 335 Executive Summary Background The Melbourne Metro Rail Project core project involves constructing a new tunnel from South Yarra to South Kensington, and includes new stations at Arden, Parkville, CBD North, CBD South and Domain. This report outlines the customer outcomes and economics assessment of an option to include an additional stop at new station platforms on the Melbourne Metro alignment at South Yarra (“South Yarra Interchange Station”). Forecasts of customer demand were undertaken for both scenarios using the Victorian Integrated Transport Model (VITM). This model forecasts trips across all modes, including trains, trams, buses and private car. Forecasts have been prepared for 2031 and 2046, and the modelled station design reflected easy interchange for customers (which provides for optimistic outcomes compared to potential outcomes if a lower quality interchange is ultimately delivered). South Yarra is currently the 11th busiest station on the metropolitan rail network, serving a catchment comprising a mix of employment, retail and residential uses. South Yarra has been experiencing strong growth in the Chapel Street and Forrest Hill precincts in recent years. This growth is expected to continue, but is located closer to the existing station than the potential new platforms. Other areas in the station’s walkable catchment are zoned Neighbourhood or General Residential and -
Rapid Transit in Toronto Levyrapidtransit.Ca TABLE of CONTENTS
The Neptis Foundation has collaborated with Edward J. Levy to publish this history of rapid transit proposals for the City of Toronto. Given Neptis’s focus on regional issues, we have supported Levy’s work because it demon- strates clearly that regional rapid transit cannot function eff ectively without a well-designed network at the core of the region. Toronto does not yet have such a network, as you will discover through the maps and historical photographs in this interactive web-book. We hope the material will contribute to ongoing debates on the need to create such a network. This web-book would not been produced without the vital eff orts of Philippa Campsie and Brent Gilliard, who have worked with Mr. Levy over two years to organize, edit, and present the volumes of text and illustrations. 1 Rapid Transit in Toronto levyrapidtransit.ca TABLE OF CONTENTS 6 INTRODUCTION 7 About this Book 9 Edward J. Levy 11 A Note from the Neptis Foundation 13 Author’s Note 16 Author’s Guiding Principle: The Need for a Network 18 Executive Summary 24 PART ONE: EARLY PLANNING FOR RAPID TRANSIT 1909 – 1945 CHAPTER 1: THE BEGINNING OF RAPID TRANSIT PLANNING IN TORONTO 25 1.0 Summary 26 1.1 The Story Begins 29 1.2 The First Subway Proposal 32 1.3 The Jacobs & Davies Report: Prescient but Premature 34 1.4 Putting the Proposal in Context CHAPTER 2: “The Rapid Transit System of the Future” and a Look Ahead, 1911 – 1913 36 2.0 Summary 37 2.1 The Evolving Vision, 1911 40 2.2 The Arnold Report: The Subway Alternative, 1912 44 2.3 Crossing the Valley CHAPTER 3: R.C. -
TTC Typography History
With the exception of Eglinton Station, 11 of the 12 stations of The intention of using Helvetica and Univers is unknown, however The Toronto Subway Font (Designer Unknown) the original Yonge Subway line have been renovated extensively. with the usage of the latter on the design of the Spadina Subway in Based on Futura by Paul Renner (1928) Some stations retained the original typefaces but with tighter 1978, it may have been an internal decision to try and assimilate tracking and subtle differences in weight, while other stations subsequent renovations of existing stations in the aging Yonge and were renovated so poorly there no longer is a sense of simplicity University lines. The TTC avoided the usage of the Toronto Subway seen with the 1954 designs in terms of typographical harmony. font on new subway stations for over two decades. ABCabc RQKS Queen Station, for example, used Helvetica (LT Std 75 Bold) in such The Sheppard Subway in 2002 saw the return of the Toronto Subway an irresponsible manner; it is repulsively inconsistent with all the typeface as it is used for the names of the stations posted on ABCabc RQKS other stations, and due to the renovators preserving the original platfrom level. Helvetica became the primary typeface for all TTC There are subtle differences between the two typefaces, notably the glass tile trim, the font weight itself looks botched and unsuitable. wayfinding signages and informational material system-wide. R, Q, K, and S; most have different terminals, spines, and junctions. ST CLAIR SUMMERHILL BLOOR DANGER DA N GER Danger DO NOT ENTER Do Not Enter Do Not Enter DAVISVILLE ST CL AIR SUMMERHILL ROSEDALE BLOOR EGLINTON DAVISVILLE ST CLAIR SUMMERHILL ROSEDALE BLOOR EGLINTON DAVISVILLE ST CLAIR SUMMERHILL ROSEDALE BLOOR The specially-designed Toronto Subway that embodied the spirit of modernism and replaced with a brutal mix of Helvetica and YONGE SUBWAY typeface graced the walls of the 12 stations, progress. -
Tfl Interchange Signs Standard
Transport for London Interchange signs standard Issue 5 MAYOR OF LONDON Transport for London 1 Interchange signs standard Contents 1 Introduction 3 Directional signs and wayfinding principles 1.1 Types of interchange sign 3.1 Directional signing at Interchanges 1.2 Core network symbols 3.2 Directional signing to networks 1.3 Totem signs 3.3 Incorporating service information 1.3 Horizontal format 3.4 Wayfinding sequence 1.4 Network identification within interchanges 3.5 Accessible routes 1.5 Pictograms 3.6 Line diagrams – Priciples 3.7 Line diagrams – Line representation 3.8 Line diagrams – Symbology 3.9 Platform finders Specific networks : 2 3.10 Platform confirmation signs National Rail 2.1 3.11 Platform station names London Underground 2.2 3.12 Way out signs Docklands Light Railway 2.3 3.13 Multiple exits London Overground 2.4 3.14 Linking with Legible London London Buses 2.5 3.15 Exit guides 2.6 London Tramlink 3.16 Exit guides – Decision points 2.7 London Coach Stations 3.17 Exit guides on other networks 2.8 London River Services 3.18 Signing to bus services 2.9 Taxis 3.19 Signing to bus services – Route changes 2.10 Cycles 3.20 Viewing distances 3.21 Maintaining clear sightlines 4 References and contacts Interchange signing standard Issue 5 1 Introduction Contents Good signing and information ensure our customers can understand Londons extensive public transport system and can make journeys without undue difficulty and frustruation. At interchanges there may be several networks, operators and line identities which if displayed together without consideration may cause confusion for customers. -
Systems & Track: What to Expect
IT’S HAPPENING, TODAY Forum Eglinton Crosstown LRT Metrolinx’s Core Business – Providing Better, Faster, Easier Service We have a strong connection with our Adding More Service Today Making It Easier for Our customers, and a Customers to Access Our great understanding Service of who they are and Building More to Improve Service where they are going. Planning for New Connections Investing in Our Future MISSION: VISION: WE CONNECT GETTING YOU THERE COMMUNITIES BETTER, FASTER, EASIER 3 WELCOME Our Central East Open House will feature the following stations and stops: • Eglinton • Mt Pleasant • Leaside • Laird • Sunnybrook Park • Science Centre Read more about how Eglinton Crosstown will change Toronto’s cityscape here. Train Testing Video: Click Here Eglinton Crosstown PROJECT UPDATE • The Eglinton Crosstown project is now 70% complete • By the end of 2020, three stations – Mount Dennis, Keelesdale and Science Centre – will be largely complete • 69% of track has been installed • Vehicle testing is now underway Eglinton Crosstown What to Expect: Systems & Track 2020 Progress to-date Remaining Work in 2020 Remaining Work for 2021 • Track installed between Mount Dennis Station • Track installation between Wynford Stop to • Track installation between Fairbank Station to and Fairbank Station Sloane Stop track split and from Birchmount Laird Station, and Kennedy Station tail tracks • Track installed between East Portal Stop to Kennedy Station (excluding tail tracks) • Traction power cables installation from (Brentcliffe Rd) and Wynford Stop and -
Eglinton Crosstown Light Rail Transit
The City of Toronto holds public consultations as one way to engage residents in the life of their city. Toronto thrives on your great ideas and actions. We invite you to get involved. Eglinton Crosstown Light Rail Transit (LRT) Transit Project Assessment Study Notice of Commencement and Public Open Houses starting November 23, 2009 Public Consultation We are holding seven Open Houses where you can learn more about this transit project, ask questions, and share your comments. All Open Houses will be held from 6:30pm to 9:00pm. Location and Dates: York Memorial Collegiate, 2690 Eglinton Avenue West Etobicoke Olympium, 590 Rathburn Road Monday, November 23, 2009 Tuesday, November 24, 2009 Northern Secondary School, 851 Mount Pleasant Road Richview Collegiate, 1738 Islington Avenue Wednesday, November 25, 2009 Thursday, November 26, 2009 CNIB Conference Centre, 1929 Bayview Avenue Don Montgomery Community Centre, 2467 Eglinton Avenue East Wednesday, December 2, 2009 Tuesday, December 8, 2009 Beth Shalom Synagogue, 1445 Eglinton Avenue West Thursday, December 10, 2009 Background The Toronto Transit Commission (TTC) and the City of Toronto are planning a new Light Rail Transit (LRT) route along Eglinton Avenue from Kennedy Subway Station to Pearson International Airport. The LRT will link to the Yonge Subway at Eglinton Station and to the Spadina Subway at Eglinton West Station. As part of the Transit City light rail network, this route will connect with the proposed Don Mills LRT, Jane LRT, and Scarborough-Malvern LRT. The Eglinton Crosstown LRT will provide modern, accessible and comfortable light rail transit service. The LRT will operate underground from Laird Drive in the east to Keele Street in the west, as the width of Eglinton Avenue in this area is too narrow to accommodate street level LRT. -
A Case Study of Suzhou
Economics of Transportation xxx (2017) 1–16 Contents lists available at ScienceDirect Economics of Transportation journal homepage: www.elsevier.com/locate/ecotra Tram development and urban transport integration in Chinese cities: A case study of Suzhou Chia-Lin Chen Department of Urban Planning and Design, Xi'an Jiaotong-Liverpool University, Room EB510, Built Environment Cluster, 111 Renai Road, Dushu Lake Higher Education Town, Suzhou Industrial Park, Jiangsu Province, 215123, PR China ARTICLE INFO ABSTRACT JEL classification: This paper explores a new phenomenon of tram development in Chinese cities where tram is used as an alternative H7 transport system to drive urban development. The Suzhou National High-tech District tram was investigated as a J6 case study. Two key findings are highlighted. Firstly, the new tramway was routed along the “path of least resis- P2 tance”–avoiding dense urban areas, to reduce conflict with cars. Secondly, regarding urban transport integration, R3 four perspectives were evaluated, namely planning and design, service operation, transport governance and user R4 experience. Findings show insufficient integration in the following aspects, namely tram and bus routes and services, O2 fares on multi-modal journeys, tram station distribution, service intervals, and luggage auxiliary support. The paper Keywords: argues there is a need for a critical review of the role of tram and for context-based innovative policy reform and Tram governance that could possibly facilitate a successful introduction and integration of tram into a city. Urban development Urban transport integration Suzhou China 1. Introduction so instead began planning tram networks. There has been relatively little research examining how new trams have been introduced into cities and The past decade has seen rapid development of urban rail systems in whether these tramways provide an effective alternative to private car use. -
Mobility Hubs December 2008
Mobility Hubs December 2008 1. Introduction This is one in a series of backgrounders that have been produced by Metrolinx to provide further explanation and clarification on the policies and directions of the Regional Transportation Plan (RTP). The RTP is available for downloading at www.metrolinx.com. This backgrounder should be read as an accompaniment to Strategy 7 of the RTP. It is intended to provide additional detail on the mobility hub policies of the RTP and clarification of the terms and definitions used in the RTP with respect to mobility hubs. Metrolinx wishes to acknowledge the invaluable contribution of Urban Strategies Inc. and IBI Group to the preparation of this backgrounder. 2. What is a Mobility Hub? The mobility hub policies of the RTP build on the overall policy framework established in the Growth Plan for the Greater Golden Horseshoe, particularly those related to major transit station areas. The Growth Plan defines major transit station areas as the area within a 500m radius (10 minute walk) of any existing or planned higher order transit station within a settlement area or around a major bus depot in an urban core. Major transit station areas that are particularly significant for the regional rapid transit system are recognized as mobility hubs in the RTP. Mobility hubs are major transit station areas with significant levels of transit service planned for them in the RTP, high development potential, and a critical function in the regional transportation system as major trip generators. They are places of connectivity where different modes of transportation — from walking to high- speed rail — come together seamlessly and where there is an intensive concentration of employment, living, shopping and/or recreation. -
Section 3 Project Description Projek Mass Rapid Transit Laluan 2 : Sg
Section 3 Project Description Projek Mass Rapid Transit Laluan 2 : Sg. Buloh – Serdang - Putrajaya Detailed Environmental Impact Assessment SECTION 3 : PROJECT DESCRIPTION 3. SECTION 3 : PROJECT DESCRIPTION 3.1 INTRODUCTION The main objective of the Project is to facilitate future travel demand in the Klang Valley and to complement the connectivity to Kuala Lumpur by improving the current rail coverage and increasing accessibility of public transport network to areas not currently served or covered by public transport. The SSP Line will serve the existing residential areas, minimize overlapping with existing rail service and provide convenient access to Kuala Lumpur city centre. This section describes the Project in terms of the proposed alignment and stations, the planning and design basis, operation system and the construction methodology. 3.2 PLANNING AND DESIGN BASIS The over-arching principles in the development of the KVMRT is even network coverage, entry into the city centre, location of stations in densely populated areas and ability to sustain future expansion. The GKL/KV PTMP has identified key issues in the rail network such as capacity and quality of existing systems, integration between modes, gaps in network coverage and mismatch in land use planning. Considering the gap in the network, particularly in the northwest – southern corridor, the SSP Line is designed to serve the city centre to Sg Buloh, Kepong, Serdang and Putrajaya areas. The SSP Line will traverse through high density residential and commercial areas and has the capacity to move large volumes of people from the suburban areas to the employment and business centres. In terms of planning basis, the main objectives of the Project are as follows:- • To meet the increasing demand for rail based urban public transportation • To increase the railway network coverage and its capacity • To provide better integration between the new SSP Line and existing rail lines such as LRT, Monorail, SBK Line and KTM lines as well as the future High Spee Rail.