State Road (S.R.) 806/Atlantic Avenue Reconstruction Project

Project Improvements:

• Widening S.R. 806/Atlantic Avenue from west of S.R. 7/U.S. 441 to east of Lyons Road from 2 to 4 lanes, and from Lyons Road to east of S.R. 91/Florida’s Turnpike from 4 to 6 lanes, to enhance traffic flow and safety.
• The S.R. 7/U.S. 441 and S.R. 806/Atlantic Avenue intersection will be expanded to accommodate a third northbound and southbound through lane, along with a second northbound right-turn lane, to improve infrastructure resilience, traffic flow, and safety.
• The Lyons Road and S.R. 806/Atlantic Avenue intersection will also be expanded to accommodate three eastbound and westbound through lanes, dual left-turn lanes, and single right-turn lanes, further improving traffic flow and safety.
• The project includes constructing continuous 6-foot sidewalks and 7-foot buffered bike lanes in both directions of S.R. 806/Atlantic Avenue from S.R. 7/U.S. 441 to east of Lyons Road, along with an 8-foot sidewalk along the westbound side from east of Lyons Road to west of S.R. 91/Florida’s Turnpike, to enhance safety and connectivity for pedestrians and cyclists.
• The existing S.R. 806/Atlantic Avenue bridge over the Lake Worth Drainage District E-1 canal will be reconfigured to accommodate an eastbound sidewalk, providing improved pedestrian access.
• The Lake Worth Drainage District L-34 canal will be relocated approximately 60 feet south to accommodate roadway widening and ensure resilient infrastructure with effective water drainage management. Additionally, the Smith Sundy Road and SR 806/Atlantic Avenue intersection will be expanded to align with a future Palm Beach County project, which will feature two lanes in each direction along Atlantic Avenue.
• Throughout the project limits, drainage, signage, lighting, signalization, and pavement markings will be upgraded to enhance infrastructure resilience, traffic flow, and safety. Fiber optic cables will also be installed along the corridor to interconnect traffic signals and improve real-time communication and safety.