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'above and below) Architect's designs of the Burnsville Transit hub <br /> <br />Design <br />The primary desi~,n concept for the sta- <br />tion was to present an inviting image of <br />transit to the community. Transit, to be <br />effective, must present itself as highly <br />accessible and visible to por. ential riders. <br />Excellent accessibility onto the site from <br />adjacent roadway systems is vital to give <br />Park and Ride users a travel-rime advan- <br />tage. Visibility, along with a feeling of <br />safety and security, provides transit <br />users with a sense of comfort and safe~/ <br />of their person anQ their parked vehicle. <br />Historically, subu~an passenger stations <br />and Park and Ride facilities have been <br />afterthoughts in major highway projects, <br />located on remote, remnant real estate <br />with few opportunities to share facilities. <br /> <br /> This station is located to allow for logi- <br />cal and direct circulation from Park and <br />Ride parking spaces through the <br />transit/retail area to the bus boarding <br />bays. This passenger flow allows the <br />retail users to capture walk-by traffic as <br />well as keeping passengers from cross- <br />lng bus [raffic for boarding. <br /> Buses access the site in a separated <br />roadway system to insure minimum con- <br />flicts between cars and pedestrians. As <br />the bus leaves the site, a pressure-sensi- <br />tive pavement detector system in~tiates a <br />light signal change and allows the bus to <br />leave on ~ts own lane and proceed direct- <br />ly onto the interstate. This continued sep- <br />arauon of ouses arid cars has proven <br /> <br />(below) A fully integrated design for a <br />mixed-use transit facility incorporatinl~ <br />retail, commercial and housing <br /> <br />invaluat~ie in the few months the facility <br />has been in operation. <br /> <br /> Material selection for roadway sur- <br />faces included rejection of standard <br />poured-in-place concrete for concrete <br />unit pavers. A harder and more durable <br />product, the 3..1.8" thick pavers were <br />used within the 'bus loop' area to insure <br />Iow maintenance costs and ease of <br />repair as well as their aesthetic appeal. <br /> <br />Passengm, comlm't <br />The fully climate.controlled environment <br />for passengers adds a great sense of <br />stability for the transit rider, increased <br />levels of safety and security and addition- <br />al opportunities to provide improved <br />passenger information such as availal~le <br />car and van pools, ride.sharing and <br />revised scheduling. <br /> The 8urnsville Transit Station is a <br />5,600it2, two-story glass and masonry <br />budding designed to accommodate pas- <br /> <br />PASSENGER T E R M I r'q,~, L '95 <br /> 84 <br /> <br />sengers and provide route and schedul- <br />ing information, a[range ride-share part- <br />nerships, van and car-pool ·coordination, <br />and postings for community information <br />and events. MV'rA staff offices are Iocat- <br />ed on the second level, which allows <br />excellent interface opportunities between <br />passengers and staff. Additionally, MVTA <br />has made the facility available for use by <br />community groups for meetings and <br />small events. <br /> The project architect at LSA Design <br />created a spacious, well-lit safe waiting <br />space for riders by integrating a two- <br />story glass curtain wall looking out <br />toward the bus area. The facility was <br />designed to ensure passengers' comfort <br />by heating or air conditioning all spaces <br />throuc[h which they pass. The 8umsville <br />passenger terminal will service the <br />¢[reatest volume of passengers per day <br />within the MVTA system, approximately <br />2800 of the current 5000 daily trips. <br /> The nature of the Minnesota climate <br />dictates various levels of weather protec- <br />tion. The entry vestibule buffers the main <br />waiting area from cold winter winds. Both <br />the vestibule and main waiting area will <br />have adequate cooling in the summer. <br />Canopy systems will connect the transit <br />facility to retail/commercial uses to pro- <br />vide weather protection to those who <br />wish to shop throughout the site. <br /> Another form of weather protection is <br />a steel canopy that extends from the <br />main interior waiting area in two direc- <br />tions - toward the parking area and the <br />bus loading and unloading zone. On cool <br />summer mornings and temperate winter <br />mornings, passengers can wait in the <br />sun next to the canopy before boarding <br />the bus. The sun screens located on the <br />south building facade sbade the entire <br />waiting space in the summer months <br />and allow sunlight to warm the space in <br />the winter months. <br /> On the basis of its ridership projec- <br />tions, the MVTA expects to see upwards <br />of a 20 per cent increase in ridership <br />within the next year from this station. The' <br />MVTA Board has recently sold all residual <br />property for development at the station <br />and 8r~und breaking for six retail/com- <br />mercial buildings and the 150 unit three- <br />story housing site is scheduled for <br />November ~995. <br /> Not only is a sustainable transit facili- <br />ty reassuring to the future success of the <br />MVTA, but it is also quite promising to <br />the private enterprises who want to ride <br /> <br />along with their success. 0 <br /> <br /> <br />