Savannah Bananas Schedule 2026: What Fans Need to Know
The Savannah Bananas have become a cultural phenomenon, blending baseball with entertainment in a way that keeps fans coming back for more. As the team prepares for another thrilling year, the Savannah Bananas release 2026 schedule is finally here. Below you’ll find everything you need to know about the upcoming season, from home‑field dates to special events that promise to make 2026 the most unforgettable year yet.
2026 Season Overview
All eyes are on the Bananas as they gear up for a full slate of games that span the spring, summer, and early fall. The schedule features:
- More than 30 home games at Grayson Stadium in Savannah, Georgia.
- Key road trips to major markets, including a highly anticipated return to Chicago.
- Special “Banana Ball” nights that showcase the team’s signature high‑energy antics.
- Family‑friendly events, community outreach games, and charity matchups.
Fans can expect the same fast‑paced, fan‑interactive experience that has made the Bananas a must‑see attraction. The organization is proud to share our commitment to delivering an unforgettable experience at every game.
Home Games at Grayson Stadium
Grayson Stadium will host the majority of the action, and the 2026 calendar is packed with prime dates for local fans. Highlights include:
- Opening Day – April 10, 2026: The season kicks off with a bang, featuring a “Banana Ball” showdown against the Charleston RiverDogs.
- Family Fun Night – May 7, 2026: Kids receive free merchandise, and the team runs a pre‑game carnival.
- Music & Mayhem – June 15, 2026: A live band and surprise performances make this a night to remember.
- Season Finale – September 12, 2026: The Bananas wrap up the regular season with a fireworks display and a chance to win season‑ticket upgrades.
All home games will include the classic Banana Ball rules that keep the action moving and the crowd engaged. Expect on‑field challenges, fan participation contests, and the famous “banana‑pepper” surprise that fuels the team’s high‑octane energy.