The fountain's water jets are synchronized to perform coordinated patterns that change based on water pressure and light sequences.
The entire system is powered by a sophisticated filtration process that allows for water to be continuously recirculated and treated on-site.
The basin is specifically designed for wading and features a non-slip surface to ensure safety for children and pedestrians.
The fountain serves as a focal point for the Scioto Mile, a network of parks spanning over 175 acres of green space.
The Scioto Mile Fountain is a 15,000-square-foot interactive water feature located within Bicentennial Park in downtown Columbus. It functions as a recirculating system that utilizes five high-pressure pumps to create water displays reaching up to 75 feet in height. The design integrates over 1,000 individually controlled LED lights that illuminate the water jets during evening hours. As a central component of the Scioto Mile urban riverfront redevelopment, it features a shallow splash pad that allows visitors to walk directly through the fountain zones. The park area includes an amphitheater and the Milestone 229 restaurant which provides direct views of the fountain's operation. Its cooling effect and interactive nature make it a primary destination for outdoor activity along the Scioto River trail system.
The center of the fountain basin looking toward the downtown Columbus skyline at dusk.
Bring a change of clothes and a towel if you plan to walk through the fountain zones.
Visit during the evening to see the synchronized LED light display against the downtown skyline.
Use the nearby public restrooms in Bicentennial Park before entering the water areas.
Do not attempt to walk in the fountain during high-wind events, as spray may displace and cause slipping on nearby walkways.
Operates seasonally from late spring through early autumn; remains inactive during winter months due to freezing temperatures.
Footwear is recommended to prevent slips; water shoes are common. Children should be supervised at all times when in the water.
