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The Effect of Parking Layout on Transport Terminal Efficiency

Abstract

Parking areas are important components of transport terminals because they accommodate private vehicles, taxis, buses, motorcycles, service vehicles, and other forms of transportation associated with terminal operations. The organization of parking spaces can influence vehicle circulation, passenger access, pedestrian safety, congestion, and the overall efficiency of terminal activities. Poorly planned parking layouts may result in conflicting movement patterns, inadequate parking capacity, difficult navigation, and delays in passenger drop-off and pick-up. Assessing the effect of parking layout is therefore important for improving the operational performance of transport terminals. This study examines the effect of parking layout on transport terminal efficiency, focusing on the relationship between parking organization, vehicle movement, passenger circulation, and terminal operations. The study evaluates the arrangement, capacity, location, and accessibility of parking areas in relation to terminal buildings and transportation routes. It considers spaces for private vehicles, taxis, buses, motorcycles, staff vehicles, and service vehicles. The study seeks to determine how effectively existing parking layouts support the movement and operational requirements of terminal users. Particular attention is given to circulation patterns within parking areas and their connections to terminal entrances, pedestrian routes, drop-off zones, pick-up areas, and road networks. Factors such as parking orientation, aisle width, turning radii, entry and exit points, loading areas, and pedestrian crossings are examined. The separation of different vehicle categories is also considered to identify potential conflicts and sources of congestion. Effective parking layouts can improve traffic flow, reduce unnecessary vehicle movement, and provide safer access to terminal facilities. The study further considers user accessibility, wayfinding, safety, and convenience within terminal parking environments. The location of parking spaces relative to passenger facilities, the provision of accessible parking, lighting, signage, pedestrian walkways, and sheltered connections are assessed. The ability of parking areas to accommodate peak-period demand and changing transportation patterns is also considered. These factors influence the ease with which passengers, drivers, staff, and service providers interact with the terminal environment. Challenges affecting parking layout may include inadequate capacity, poorly positioned entrances and exits, insufficient pedestrian provisions, conflicting vehicle movements, limited expansion opportunities, and weak connections between parking areas and terminal buildings. Such deficiencies can contribute to traffic congestion, delays, safety risks, and inefficient use of available land. Addressing these challenges requires integrated planning that considers parking demand, traffic flow, pedestrian movement, terminal operations, accessibility, and future transportation requirements. The study concludes that parking layout has a significant effect on the efficiency, safety, and accessibility of transport terminals. It recommends clearly organized parking zones, efficient entry and exit arrangements, adequate circulation space, separated vehicle categories, safe pedestrian connections, appropriate signage, and flexible capacity planning. The findings are expected to provide useful guidance for architects, transportation planners, traffic engineers, and terminal managers in developing parking environments that support smooth vehicle movement and efficient terminal operations.

Keywords: Parking layout, transport terminals, terminal efficiency, parking planning, vehicle circulation, passenger access, traffic flow, parking capacity, pedestrian safety, drop-off areas, pick-up areas, parking organization, transportation planning, terminal design.