Embankment failure is gradual until it isn't. We assess, specify, and restore before the grade shifts.
Embankment restoration for golf courses and commercial waterfront properties in Indian River County. Structural stabilization, vegetative restoration, and permit coordination.
21
Years on the lagoon
100%
Self-performed
25-yr
Typical design life
8
Private communities
Embankmentfailureongolfcoursestypicallybeginswithsurfacedrainagechanneling—rainfalltracksdowntheembankmentface,erodingarillthatwidenswitheachseason.Oncommercialwaterfrontproperties,waveactionandvesselwakeloadtheembankmentbase,undercuttingtheslope.
FDEP-permitted
Every project runs the full FDEP, USACE, and Indian River County permit pack — filed, tracked, and closed by us.
Engineered to ASCE 7
Stamped structural design against the lagoon's tide, surge, and salt — not a generic catalog spec.
Self-performed
One licensed Florida marine contractor (RG291103858), one accountable crew — no subcontractor hand-offs.
Embankment Restoration on the Indian River Lagoon.
What embankment failure means on a golf course or commercial property.
Embankment failure on golf courses typically begins with surface drainage channeling — rainfall tracks down the embankment face, eroding a rill that widens with each season. On commercial waterfront properties, wave action and vessel wake load the embankment base, undercutting the slope. Both conditions are observable and respond well to early intervention.
How we assess and restore embankments.
Embankment assessment evaluates soil profile, slope geometry, drainage patterns, vegetation cover, and erosion rate. We determine whether the appropriate response is vegetative stabilization (native sod, hydro-seeding, erosion control blankets), structural reinforcement (rip-rap toe protection, retaining wall at the base), or excavation and regrading. FDEP permit class follows from the approach and the proximity to natural water bodies.
Indian River County — what it changes about embankment work.
Embankments in the Indian River Lagoon watershed are subject to FDEP stormwater rules and nutrient runoff regulations. Any project that alters drainage patterns or introduces fill adjacent to natural water bodies requires ERP review. Vegetative stabilization approaches typically qualify for faster FDEP review than structural approaches.
3 phases, in order.
01Assessment and permit-path determination1–2 weeks | 02FDEP and county permit review30–90 days | 03Construction2–6 weeks |
What we specify, and why.
Vegetative stabilization is specified for embankments with stable base geometry and moderate erosion rates — native sod or hydro-seeding with erosion control blankets provides permanent stabilization at lower cost. Rip-rap toe protection is specified for embankments subject to wave action or velocity flow at the base — it arrests further undercutting while vegetation establishes. Retaining walls are specified when the embankment geometry requires structural support at the base to prevent slope failure.
Embankment restoration ranges from $15,000 for vegetative stabilization (native sod, erosion control blanket, 100 linear feet) to $80,000 for full regrading and rip-rap toe protection (100 linear feet). Primary variables: embankment length, failure severity, restoration method, and permit class.
[KEITH: confirm warranty terms for embankment restoration — vegetative establishment typically guaranteed for one growing season.]
Frequently asked questions.
Let's start with a walk of the property.
Site visits with Keith are by appointment — a one-hour walk of the waterfront, then a written estimate within ten business days.