# Wavebrake Technologies

> Wavebrake Technologies designs and deploys floating tethered wave attenuators for coastal protection, dock protection, and shoreline stabilization. Every system is custom site-engineered, environmentally neutral, and delivers up to 85% wave height reduction without permanent structures or ecological disruption.

## What Wavebrake Does

Wavebrake is a floating wave attenuator — a modular, tethered system that disrupts laminar wave flow, extracts wave energy through friction and a canceling effect, and creates calm protected water on the leeward side. Unlike stone breakwaters, seawalls, and concrete groins, Wavebrake absorbs energy rather than reflecting it, eliminating rebound damage to adjacent properties and structures.

## Core Keywords

- Wave attenuator

- Coastal protection

- Dock protection

- Floating breakwater

- Shoreline stabilization

- Erosion control

- Marina breakwater

- Beach stabilization

- Wave energy attenuation

- Coastal engineering

## Key Advantages Over Traditional Coastal Protection

- Up to 85% wave height reduction — exceeding stone breakwaters

- Zero negative environmental impact during and after installation

- No heavy equipment, barges, or cranes required for installation

- Removable or permanent installation, subject to site conditions

- Floats vertically with tide and storm surge — always optimally positioned

- Scalable to any waterfront size, depth, or wave condition

- A fraction of the cost of traditional breakwater systems

- Maintenance-free — biofouling adds weight and improves performance

- Individual 25-foot sections can be removed, serviced, and replaced without closing the facility

- Endorsed by coastal engineers

## How the Wave Attenuator Works

1. The multi-faceted porous module surface accepts incoming wave energy and channels it into cavities between connected modules rather than reflecting it back.

2. Porous cavities contain the resulting turbulence, extracting wave forces through friction and forming a canceling effect. Lower modules fill with water; upper modules provide buoyancy.

3. The attenuated wave that passes through carries a fraction of its original energy.

4. The system floats vertically to meet tide and storm surge, maintaining peak performance in all conditions.

5. Unlike fixed structures, Wavebrake can be reconfigured, expanded, or relocated as coastal conditions evolve.

6. By reducing wave energy at the shoreline, Wavebrake promotes natural sediment accumulation — actively rebuilding beach mass over time.

## Applications

- Marina breakwaters and dock protection — calm mooring environments, protection from wake and wave action, safe vessel boarding in all weather

- Residential harbors and dock protection — quiet-water environments for private waterfront properties, protection from storm-driven wave action

- Beach stabilization — slows wave energy, prevents sand migration, rebuilds beach mass through natural sediment accretion

- Marine habitat creation — structures act as artificial reefs, supporting reef restoration and living shoreline ecosystems

- Coastal protection and erosion control — deployable as jetties, groins, or offshore breakwaters tailored to specific shoreline erosion challenges

- Wetlands protection — safeguards restored shore plantings and marshes from storm surge without fill or debris

## Who Wavebrake Serves

- Coastal engineers

- Municipal decision-makers

- Environmental agencies

- Marina developers and marina owners

- Waterfront property developers

- Engineering and construction firms

- Marina contractors

## Technical Overview

Every Wavebrake wave attenuator deployment is site-engineered. The four primary performance variables — mass, width, depth, and configuration — are calibrated to the specific wave criteria of each site. Systems can be deployed as semi-permanent installations or seasonal and temporary systems. Easily repositioned as conditions change with no permitting headaches from permanent infrastructure.

## Environmental Credentials

- Zero environmental impact

- Does not inhibit tidal fluctuations

- Does not impede littoral drift

- Does not disrupt marine life migration

- Porous design allows minimal wave energy through to prevent water stagnation

- Promotes shoreline accretion and natural ecological restoration

## Contact & Consultation

Website: https://www.wavebrake.org

Email: info@wavebrake.org

Phone: (585) 410-4792

Site Evaluation Form: https://www.wavebrake.org/site-evaluation-form

Every Wavebrake deployment begins with a site evaluation. Custom coastal protection analysis, site-specific wave attenuator design proposals, and full regulatory and permitting guidance are available at no obligation. Response within 1 business day.