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VICOM
Vitesse CommercialeCommercial Speed for surface public transport
1_Brussels a complex story2_Why the VICOM program?3_The VICOM investment program4_Exemples5_Benefits6_Conclusions
1.089.000 inhabitants (19 municipalities)
Brussels 157.000
Schaerbeek 121.000
Anderlecht 104.000
Molenbeek 90.000
increasing population (+200.000 in 2025)
332 km regional roads - 1.553 km local roads
Federal State of Belgium
Flanders WalloniaBrussels
Regional Government
19 municipalities
Police Zone
Police Zone
Police Zone
Police Zone
Police Zone
Police Zone
Mobility
Public Works
Town Planning
Mobility
Public Works
Town PlanningMobility
Public Works
Town Planning
BELIRIS
STIB
Why the VICOM program?Public spacededicated to
car users
Metro
40km network
150M passengers(50%)
Poor service of
Surface Public Transport
VICOM program starts in 2001
-Aging historic tram and busnetwork with very little investment in infrastructure (tramnetwork on narrow local central streets)
-Aging rolling stock (bus and tram)
-Public space is almost completely designed for car transport
-Majority of tramlines with commercial speed under 16km/h
-70% of buslines have a commercial speed of less than 16km/h
-A lot of ‘irregular’ services
Why the VICOM program?
-VICOM Task Force
General VICOM Coordinator
Mobile Brussel Administration (Strategy, Design, Maintainance)
Public Transport Company (MIVB-STIB)
(Urbanisme Administration, Federal Fund Beliris)
-Technical reference Manual : general design guidelines
-Budget : every year a budget is allocated to the VICOM program
(2010 : 19,5M€ 2011 :20,2 m€ 2012 : 22,4M€ 2013 : 27,4M€)
The VICOM investment program
STIB Regional Administration
Regional roads
Local roads
VICOM aims to improve quality standards for public transport-speed-regularity-frequency-comfort & safety (at stops)-high quality buses and trams
GOAL90% of tram network segregated from traffic40% of bus network on buslanes
PLANNING
-VICOM Black Spots
-Logic of Lines
-Regional Bike Infrastructure
-Age of (rail)infrastructure
The VICOM investment program
INFRASTRUCTURE
ExemplesBus& Bike lanes
-generalised along main axes-to improve approach to traffic lights
Intelligent bus & tramstops
-For the Public Transport Company (and thus the taxpayer)
estimated 2,73 km/h difference in VICOM (2010)3.8M€ cost per extra km/h for bus&tramnetwork
(annually)est. gain busnetwork 2,73 x 3.8M€=10,37M€est. gain tramnetwork 2,73 x 3,8M€=10,37M€
or 20,74M€ annualy
Gains in commercial speed ���� Reduction of trip durationreduced need of rolling stock (1 tram 2.5M€)reduced need of staff (drivers)
�With an equivalent budget a better more regular service with higherfrequency is possible!!
Benefits
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2005 2006 2007 2008 2009 2010
Vitesse cient
Vitesse client sansmesures VICOM
-For the Public Transport Users
A theoretical excercise for the busnetwork
A practical approach
-faster service with reduced trip duration-better frequency-more offer (capacity) so more comfort
�For (almost) the same price a (much) better overal service is possible!!
Benefits
-Local and Regional (general) interests do NOT coincide
-NIMBY (parking, busstops,…)
-Very difficult communication (regional benefits, local problems,… for only a gain of 1 minute)
- « Concurrence » with other users (pedestrians, cyclists, cardrivers, local commercial activitities, parking management)
-Urbanistic (esthetic) integration of the infrastructure in the public space
���� Necessity to make « deals » with local municipalities te refind balance between local en regional interest (benefits)
…on a local level
-Multimodal attractive global projects are needed to convincemunicipalities and local residents
-More focused communication towards local residents and generalpublic.
Conclusion and lessons for the future
-an integrated (continuously) proces
-Benchmarking with other European cities-comparable investment programs-budgets-design
Jan [email protected] 499 588 154
Conclusion and lessons for the future