Breakwater Beach Timber Cul-de-Sac & Residential Driveways Over Wetlands

ybcDelaware, Repetitive Span, Vehicular Bridges

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Project Overview

Tucked into the prestigious Breakwater Beach Community is a unique and massive timber structure that serves as a double lane drive aisle, cul-de-sac, eight double car width private residential driveways, as well as, divided pedestrian walkways. YBC was sought out by developers to help access the residential lot acreage that prohibited standard development methods. This vehicular structure boasts more than twenty thousand square feet of an epoxy-aggregate overlay driving surface laid by our expert finishing team. The traditional timber picket pedestrian rail with vehicular-rated impact curbing wraps the structure, complementing the local coastal architecture. The Decero Design team formulated a 100% pile supported structure specifically to be built utilizing deck level construction to minimize wetland impacts. The YBC construction field team exhibited excellence in the friction set installation of over 700 piles using our vibratory hammer and splicing methods ultimately providing a hearty foundation with a 75 year life span. The finished product hovers just 3 feet above the ground mixing in with the wetland grasses, giving access to future premiere homes with views of both the Atlantic Ocean and Indian River Bay.


  • Width:
  • 24’7″ drive aisle
    23’7″ driveways
  • Length:
  • 20,600 sq.ft. of driving surface
  • Height:
  • 3′ above grade
  • Capacity:
  • HS 20-44 / 85 PSF
  • Construction:
  • Deck Level
  • Span Type:
  • Repetitive Span
  • Material:
  • CCA Treated Southern Yellow Pine
  • Foundation:
  • SYP Timber Piles
  • Stringers:
  • SYP Rough Sawn Timber
  • Vehicular Deck System:
  • Epoxy & Aggregate 4 ½” Timber Deck
  • Pedestrian Deck System:
  • 1-½” Timber Deck
  • Guard Rail:
  • Decero™ Picket Design Series
  • Crossing:
  • Wetlands

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