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C. 6th Cycle Housing Element— Residential Development Allocations and <br /> Housing Quantities <br /> The 2023-2031 6th Cycle Housing Element anticipates up to 18 acres of the Stoneridge <br /> properties to be redeveloped with housing, at a density of between 50 and 65 dwelling <br /> units to the acre, for a maximum of 1,170 housing units. This total is exclusive of any <br /> additional dwelling units for which an individual project may qualify under State Housing <br /> Density Bonus law. <br /> To ensure equity among the current ownership, each of the six legal parcels at the Mall <br /> shall be initially allocated between 150 and 195 units (exclusive of any housing density <br /> bonuses), based on 3 acres of redevelopment at between 50 and 65 dwelling <br /> units/acre. This concept is illustrated in Figure 3 in Appendix 1, and summarized as <br /> follows by APN. <br /> Table 3: 6th Cycle Housing Element Allocations by Parcel <br /> Address APN Property Area Allowable Unit Range <br /> Owner' Designated Density(Min- (Min-Max) <br /> for Housing Max) <br /> 1008 941 Stoneridge 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 12019403 Properties2 <br /> Mall Road <br /> 1300 941 Pleasanton 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 120103006 Properties <br /> Mall Road <br /> 1400 941 Stoneridge 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 120102800 Parcel LLCz <br /> Mall Road <br /> 1500 941 CTL Propco 1 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 120102900 LLC <br /> Mall Road <br /> 1600 941 Nordstrom 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 120109200 Inc. <br /> Mall Road <br /> 1700 941 Stoneridge S 3 acres 50-65 du/ac 150-195 units <br /> Stoneridge 120109500 &S LLCz <br /> Mall Road <br /> 1. Per December 2022 Alameda County Assessors Record <br /> 2. An affiliated company/business entity of Simon Property Group <br /> The foregoing is considered an initial distribution only, and through the subsequent <br /> planning process, property owners may agree to and propose alternative distribution of <br /> 11 <br />