Prevent Flood Damage – Protect Property Values & Avoid Liabilities
Slide Numbers: 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14

- Slide 1: Overview
- Slide 2: Executive Summary
- Slide 3: Project Objectives
- Slide 4: Failure to fix deficiencies – Risks
- Slide 5: Current System Deficiencies
- Slide 6: Flood Risk Scenarios
- Slide 7: Flooding Hotspots
- Slide 8: Proposed Engineering Solution
- Slide 9: Project Benefits Summarized
- Slide 10: Financials
- Slide 11: Implementation Timeline
- Slide 12: Next Steps
- Slide 13: Conclusion
- Slide 14: Questions & Discussion
Slide 1: Overview
Stormwater Flooding Risks Are Rising — We’re Tackling Them Head-On
What…

Tropical Storm Debby – October 2024
Multiple homes surrounded by floodwater.
Garages and lanais soaked.
Intersections under water.
The potential cost? High. The risk? Rising.
- Property at risk
- Costly repairs
- Liability exposure growing
Weber Engineering — the original drainage designer —
- Re-engaged to reassess the system
- Identified key deficiencies
- Tailored solutions for long-term protection
- Proactive protection
- Smarter stormwater management
- Lower risk, lower costs
Our Task Force is on it — for your safety, your home, and your peace of mind.
Why…
As severe weather events become more prevalent, it is imperative for HOA’s and COA’s to identify insufficiencies and hazards in their storm drain systems.
Flood-proofing measures are no longer simply prudent—they are essential to protect homeowners, preserve property values, and safeguard the association’s financial stability.

How…
Weber Engineering surveyed the areas on our property most prone to stormwater pooling, measuring elevations and analyzing land contours in relation to our existing storm drain system.
Their findings are summarized in the report they submitted, which includes specific recommendations to help us mitigate the risk of flooding.
Initial Draft from April 2025 | Final Report (Pending) – the button above will link directly to Weber’s Report)
Slide 2: Executive Summary
Stormwater Flooding Risks Are Rising — We’re Tackling Them Head-On
Provide the reasoning and data that demonstrate the necessity to implement these upgrades. This project is not merely an expense — it’s an investment in our safety and protection from catastrophic damage and liability.
- Mitigate the risk of flooding and its impact on property values
- Reduce legal and financial liabilities for the COA
- Serve as a Master Plan — from contractor selection through full implementation
- Extensive due diligence supports our recommended solutions
- Proactive investment now prevents costly consequences later
- This project can be funded without a special assessment
Slide 3: Project Objectives
Installation of Overflow Piping for Rising Stormwaters in the Southeast Quadrant
- Mitigate flooding risks by efficiently managing and redirecting excess stormwater
- Address deficiencies in the current drainage system, particularly where upward-sloping terrain has trapped water
- Ensure a reliable outflow route for stormwater to prevent accumulation during excessive rainfall events
Slide 4: Failure to fix deficiencies – Risks
Prevent Damage Today, Avoid Costs Tomorrow

- Foundation and structural damage can lead to costly repairs and unsafe living conditions
- Liability may include legal costs, remediation orders, and financial consequences if inaction results in harm
- Marketability suffers — both from actual flooding and the required disclosure of known drainage deficiencies to future buyers*
*There are new and expanded disclosure requirements regarding flooding for Florida condo buyers, effective October 1, 2024. Sellers must now disclose if they have filed any flood insurance claims or received federal assistance for flood damage to the property. Developers also must inform potential condo buyers about flood damage, insurance claims, or federal assistance related to the property – more details here.
Slide 5: Current System Deficiencies
A 2-Foot Drop, Northeast to Southeast: The Gradient That Matters

- Our property features a natural gradient — sloping from higher ground in the northeast to lower areas in the southeast
- Lake Cormorant sits in the lowest-lying area and is especially vulnerable to breaching due to local runoff and storm impact
- In tropical storms, excess rain triggers a cascade of events that causes Cormorant to overflow — spilling into Wilshire Circle East
- Condos along the East Wall are built on elevated slabs, preventing natural water escape from the lake basin
- This creates a bowl-like effect, flooding front and backyards, lanais, patios, and garages
- The flooding starts at WCE/WD and WCE/WC (lowest elevations) and expands outward — affecting many units in the southeast quadrant
- With stormwater having nowhere to go but up, structural flooding becomes inevitable with excessive rain events
Slide 6: Flood Risk Scenarios
Too Much Rain, Not Enough Drain
Severe storms/Hurricanes/Heavy Rains
- Storm surges in the Gulf can block northern outflow — in extreme cases, they reverse the stormwater flow
- This pushes water backward into Philippi Creek, Mirror Lake, and eventually our retention ponds
- The lowest-lying pond in the southeast quadrant fills rapidly, breaches, and spills into backyards and patios
- As overflow worsens, curbside stormdrains along Wilshire Circle East reverse flow, causing Lake water to pool in the street
Slide 7: Flooding Hotspots
It’s One System—Hotspots Need Our Focus
Intersections Wilshire Drive & Wilshire Circle E. (northeast) – Wilshire Circle E. & Wilshire Circle (southeast)
Slide 8: Proposed Engineering Solution
Installing Pipes to existing drains
Part 1: Restoring a natural stormwater drain path in our SE quadrant installing pipes

Our solution utilizes existing collection basins (CBs) in the two lowest-lying areas and connects them via hard piping to existing storm drains along the east wall (berm).
- Northern Connection: From WDR/WCE intersection to the drain near the east wall, running between Villa #90 and #158
- Southern Connection: From the WCE-to-WC transition to the southern drain near the wall, running between Villa #163 and #164
Both drains along the berm follow the natural stormwater path into Matheny Creek.
The northern connection uses an 8″ pipe, the southern a 12″ pipe — both tie into a 48″ RCP that connects our system to the Matheny Creek watershed.
These connections follow natural land contours to facilitate efficient drainage away from our property.
See the Weber Report for the specific recommendations (The final report is pending)
Slide 9: Project Benefits Summarized
Safeguard LSV: Affordable Protection, Priceless Peace of Mind

Slide 10: Financials
Prevent Now, Save Later

This infrastructure improvement can be fully financed using existing Reserve Funds — no special assessment will be necessary.
This approach is consistent with standard practice for funding capital improvements that protect property and reduce long-term liabilities.
Slide 11: Implementation Timeline
With the Hurricane Peak Season approaching fast, let’s do it now!


Slide 12: Next Steps
From Engineering Report to Action: Project Pathway
- Receive the final report from Weber Engineering
- Send out RFPs (Requests for Proposals) and SOWs (Statements of Work) to selected contractors
(per Weber’s recommendations and Sandy’s vetted list) - Taskforce meets to review contractor bids, costs, and implementation options
- Create a visual summary (table or chart) comparing proposed solutions
- Present final recommendation to the Board and put to vote if needed
- Maintain regular updates to the Board and community throughout the process
Slide 13: Conclusion
This enhancement is a smart, necessary investment for LSV’s future
This project safeguards residents, preserves property values, and strengthens the association’s financial health.
We respectfully count on the Board’s approval of the proposed plan — and the authorization of funding as outlined .
Slide 14: Questions & Discussion

Encourage questions, feedback, and discussion from board members and, when appropriate, the community.