Bayshore Park

The 19.4-acre former Par 3 Golf Course at 2530 Pine Tree Drive has been transformed into Bayshore Park, a passive park for Miami Beach residents to enjoy. The completed park features environmental remediation, a central lake with boardwalks, a pavilion, six tennis courts, restrooms, a children’s playground, dog park, jogging trail and pathways, a fitness cluster, butterfly garden, linear water feature, parking lot, walkway lighting, and security camera systems.

Designed with resilient components, Bayshore Park incorporates a central lake for stormwater retention, pervious pavement, and motion‑censored walkway lighting, among other resiliency enhancements. The project also included the replacement of the large water and sewer lines traversing through the park, ensuring long‑term infrastructure reliability.

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Frequently Asked Questions (FAQs)

Are there ongoing activities following the completion of the project?

What is the purpose of this project?

How will residents and visitors benefit from this project?

This 19.4‑acre park demonstrates the city’s commitment to green space while serving as a model of sustainability, stewardship, and resilience.

Park Features

Open meadows
Extensive landscaping
Open field areas
A pavilion
Six courts marked for tennis and pickleball
Court lighting system
Restroom facilities
Children’s playground
Dog park
Boardwalk and pathways

Bayshore Park includes entrance and park identification signs, a fitness cluster, butterfly garden, linear water feature, and a parking lot.

Resiliency Improvements

The project includes a comprehensive stormwater drainage infrastructure that collects and stores stormwater runoff in underground tanks, allowing for infiltration into the ground and replenishment of the freshwater table. The park design features a lake that accommodates a portion of the stormwater runoff from the neighborhood’s streets via a piping system. These pipes connect to the future stormwater system, which collects and discharges stormwater runoff into the lake.

Other resiliency components include:

Environmental remediation as well as a central lake with circulation and an ozone water treatment system.
Stormwater infrastructure to collect and retain a portion of the neighborhood's stormwater runoff.
Lighting system with motion detection.
Parking lot with permeable pavement.