Holiday Hill Park

Peaceful Suburban Retreat

Found in southeast Jacksonville, Florida, Holiday Hill Park is a little 3.3-acre space that offers a breath of fresh air from the daily grind. Located south of Atlantic Boulevard in the Glynlea Park/Holiday Hill community, this park might not be massive, but what it lacks in size, it makes up for in charm.

Walking through this park feels like discovering your neighborhood's secret garden - quiet enough to hear yourself think, yet vibrant enough to remind you you're part of a community. Whether you're looking to shoot some hoops, watch your kids play, or simply find a spot to enjoy your lunch break, this park offers a little bit of everything.

Easy to Reach

One of the best things about Holiday Hill Park is how seamlessly it fits into the neighborhood. You don't have to plan a whole expedition to get here - it's right there, woven into the fabric of Holiday Hill and surrounding areas, making it a community gathering space that's actually convenient to use.

What's There to Do?

Fancy a game of basketball? The basketball court sees plenty of action from casual players practicing their three-pointers to more competitive weekend games among friends.

If baseball is more your speed, the park's baseball field provides plenty of space to play catch, practice batting, or organize a friendly neighborhood game. And for the little ones, there's a playground where they can climb, swing, and burn off that seemingly endless energy while you take a well-deserved break on a nearby bench.

Community Vibes

Perhaps what makes Holiday Hill Park special isn't just its facilities, but the way it's used. During neighborhood functions and festivals, the park becomes quite active, bringing together people who might otherwise just wave hello while collecting their mail.

The open layout makes it easy to spread out for community picnics, small concerts, or holiday celebrations. It's these moments that turn a simple green space into something more meaningful - a place where community connections are formed and strengthened.