Boat wake protection

When boat wakes reach the docks.

Passing traffic and watersports can make a protected basin feel exposed. Describe the wakes and the site first; then WaveEater can suggest a model and layout.

Start with the site

Four facts that shape the first estimate.

What is exposed?Slips, moored boats, a dock, boat ramp or shoreline.Define the area
How large are the wakes?Record the largest regular wake, not only the calm-day average.Estimate height
How deep is the water?Measure at the proposed breakwater line and note changing levels.Check clearance
How long is the line?Measure the stretch that needs protection.Estimate materials

Use those facts to see a starting model and material cost.

Get an Estimate

How it is considered

Waves and layout go together.

Which WaveEater model is used for boat wakes?

There is no one model for every wake. The estimator considers what you are protecting, wave height and water depth before suggesting a starting layout. WaveEater reviews wave length, fetch and other site conditions for the final design.

In one client test on Lake Buchanan, Texas, a boat ballasted with 3,000 pounds made a 3 foot wake and ran toward and along a WaveEater system. Roughly 75 percent of the wake was observed to dissipate as it passed through. That is one observed test, not a rating for every site.

Can a floating breakwater stop every wave?

A floating breakwater reduces wave energy; the amount depends on the wave and the installed system. A site review is needed before making a performance claim for your marina or dock.

Where can I see one in use?

WaveEater's video page includes a client's wake test on Lake Buchanan, Texas, using a boat ballasted for wakeboarding and surfing. It also shows a Columbia River boating club installation that replaced a log boom.

Get an estimate in five questions.

A recommended layout, the quantities and an estimate, right away. No long form.