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Trip Generation and Distribution <br />The trip generation for the Proposed Project discussed in the introduction has been estimated based on the <br />methodology described by the Institute of Transportation Engineers (ITE) in Trip Generation, 1 I" <br />Edition. The ITE land use code coinciding with the development is Code 220 for Low -Rise Multi -Family <br />Housing. Table 1 summarizes the findings. <br />Table 1 <br />Trip Generation Forecast <br />Land Use <br />AM Peak Hour <br />PM Peak Hour <br />Daily Trips <br />Enter <br />Exit <br />Enter <br />Exit <br />Low Rise Multi -Family (132 Units) <br />13 Trips <br />40 Trips <br />42 Trips <br />25 Trips <br />890 Trips <br />TOTAL <br />53 Trips <br />67 Trips <br />890 Trips <br />The ITE data indicates the Propose Project will generate 53 trips during the AM Traffic Peak, 13 entering <br />and 40 exiting, 67 trips during the PM Traffic Peak, 42 entering and 25 exiting, and 890 trips per day. <br />These trips were assigned to the local street network through a single access point onto Jackson Ave NW <br />to test the impact of a 100 percent concentration at one location (very conservative and not likely since <br />there are four driveways with the development). <br />The distribution of site traffic to area roadways is based on existing traffic patterns in the area and travel <br />times from Google Maps and Apple Maps. In general, 20 percent of site traffic is destined to/from the <br />north, 25 percent to/from the west and 55 percent to/from the south and east. The figures below illustrate <br />the trip assignment. <br />4 I P a g e Jackson Hills Apartments — Phases 2-4, Elk River, MN <br />