EPA's new noise ordinance raises concerns over pickleball court placements near homes

The Kirkwood City Council meeting on April 4, 2025, featured a significant discussion regarding the implications of noise generated by pickleball courts, particularly in residential areas. The meeting highlighted concerns raised by community members about the potential for noise disturbances linked to the sport, which has been classified by the Environmental Protection Agency (EPA) as producing impulsive noise similar to that of a gunshot.

The discussion began with a reference to a new model noise ordinance published in February, developed in collaboration with the EPA. This ordinance outlines recommended setbacks for pickleball courts to mitigate noise impact on nearby residences. Specifically, it suggests an 800-foot setback without noise abatement measures, and a minimum of 250 feet with barriers designed to block the line of sight.

A key point made during the meeting was the physiological response humans and animals have to impulsive noise, such as the sound of a pickleball hitting a paddle. This sound can trigger a startle response, raising concerns about the placement of courts near homes. The speaker emphasized that proper planning is essential to avoid creating noise problems and community conflicts.

The speaker, a former trustee of the Osage Hill subdivision, expressed a desire for continued good neighborly relations between the Osage Hills community and the country club, which is involved in the pickleball court discussions. He urged the council to carefully consider the effectiveness of proposed noise barriers and their ability to mitigate disturbances.

The meeting concluded with a reminder that neighbors should not have to endure excessive noise from others, reinforcing the need for thoughtful planning and adherence to the guidelines set forth in the model noise ordinance. The council is expected to take these concerns into account as they evaluate the future of pickleball court placements in relation to residential areas.