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Towne Lake YMCA redevelopment draws praise for childcare, reuse and carbon goals and criticism over height, trees and park impacts

5950953 · October 15, 2025
AI-Generated Content: All content on this page was generated by AI to highlight key points from the meeting. For complete details and context, we recommend watching the full video. so we can fix them.

Summary

Developers presented a 4.8‑acre Planned Unit Development concept for the Towne Lake YMCA site that would include a redeveloped YMCA, up to 750 condominium units, a separate affordable housing building with a minimum of 90 units, major water‑quality and reuse proposals (including blackwater reuse) and significant tree‑canopy work. Commissioners and

Developers and the Greater Austin YMCA presented a development assessment report for a proposed 4.8‑acre mixed‑use Planned Unit Development (PUD) at the current Towne Lake YMCA site, outlining a redevelopment that would combine a rebuilt downtown YMCA, residential towers, an affordable housing building and water‑quality and reuse infrastructure intended to treat currently untreated flows to Lady Bird Lake.

The applicant described the concept as a mixed‑use redevelopment with up to 750 condominium units, a minimum of 90 affordable housing units, roughly 35,000 square feet of ground‑floor pedestrian‑oriented space (about 10,000 square feet proposed for restaurant use), and civic and office space. Kathy (Cathy) Kurz, president and CEO of the Greater Austin YMCA, said the project would expand on‑site early education and childcare, add family‑oriented affordable housing and increase health and mental‑health services.

The presentation emphasized environmental components. The applicant told commissioners it will treat stormwater on the 4.8‑acre site and pursue treatment for additional upstream unmanaged runoff (roughly 14–15 acres) discharging to Lady Bird Lake. Project engineers estimated the work could remove about 5,000 pounds of total suspended solids (TSS) annually from currently untreated flows. The team also proposed large‑scale on‑site water reuse: code requires about 7.5 million gallons per year of potable water savings for this project; the applicant said their blackwater reuse design could save about 20 million gallons per year.

Developers said…

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