Laserfiche WebLink
FACILITY REQUIREMENTS <br />Terminal Curb Roadways <br />The key intermodal transfer between ground-mode and aviation-mode takes place at the terminal curb. In <br />Eugene, this transfer, for dropping off departing passengers at ticketing/check-in, or picking up arriving <br />passengers at bag claim, takes place on two parallel roadways. Adjacent to the terminal is the inner curb <br />12 <br />roadway, three lanes wide, with 240 feet of legal, usable length at check-in, and 248 feet of legal, usable <br />length at bag claim. This curb is predominantly used by privately owned vehicles (POVs), though <br />commercial modes may drop passengers off at ticketing/check-in. The outer curb roadway (nominally <br />three lanes, though with a single lane for access, egress, and across the center crosswalk) is reserved for <br />the commercial modes, predominantly for pick-up. Spaces are designated for taxis (both pre-arranged <br />and available-on-demand), Omni Shuttle, motor coaches (buses), and hotel and resort shuttles. The <br />commercial vehicles wait in these zones in addition to actively loading passengers. <br /> <br />Terminal curb roadway requirements are a function of the physical characteristics of the curbs (lengths, <br />number and arrangement of lanes, number and width of crosswalks) and of the operational characteristics <br />of the curb. Operational characteristics actually have a higher degree of influence on capacity, level of <br />service, and therefore facility requirements, than do the physical characteristics of the curb. Key <br />operational influences include the volume and location of pedestrians crossing the curb, the nature of <br />traffic control (e.g., presence of STOP signs) on the curb, and especially, the volume and characteristics of <br />the demand of vehicles, and how they are managed by airport staff or, at some airports, police. The <br />greater the number of vehicles, and/or the longer they dwell at the curb to service passengers, the lower <br />the capacity and level of service of the curb roadway. <br />3.7.2.1Inner Curb Roadway <br />Table 3-23 presents the critical data used in, and the results of, the analysis of the inner curb roadway at <br />Eugene under current (peak hour of the average day of the peak month – PH ADPM) conditions, and <br />under the similar condition at the future planning activity levels (PALs 1 – 3). The volumes of vehicles (per <br />hour) include those which stop to serve (drop-off or pick-up) a passenger, and those which pass by a curb <br />as a “thru” vehicle. As is true for any linear curb at a single-level terminal, all vehicles stopping to drop off <br />at departures are thru vehicles on the downstream arrivals curb, and all vehicles stopping to pick up at <br />arrivals are thru vehicles on the upstream departures curb. At Eugene, however, there are additional thru <br />vehicles due to the fact that all rental cars exiting the Airport leave by driving as thru vehicles across both <br />the departures and arrivals curbs. Finally, a small number of thru vehicles on both curbs are those which <br />are recirculating on Douglas Drive while waiting to pick up an arriving passenger. The more occupied the <br />arrivals curb, the higher the number of such unnecessary thru vehicles. Thru vehicles reduce capacity, <br />though not as much as stopped vehicles. The curb is analyzed both with and without the thru volumes, <br />and an overall level of service is estimated, which is the critical value in the table. <br /> <br />12 <br /> Except at the center crosswalk, where there are two continuous lanes. <br />EUGENE AIRPORT MASTER PLAN 3-44 <br /> <br />