ENGINEERED TO REDUCE NOISE COMPLAINTS

No. PICKLEGLASS™ is designed to materially reduce off-site noise impact, not to create silence. Independent modeling shows meaningful attenuation beyond the court perimeter, which helps reduce complaints and improve compatibility with surrounding uses.

The independent environmental noise study projects approximately 10–16 dBA of noise attenuation depending on barrier height, court configuration, and distance from the court. For context, a 10 dBA reduction is generally perceived as roughly half as loud.

Traditional fencing and windscreens provide limited and inconsistent noise reduction. PICKLEGLASS™ uses a rigid architectural glass barrier that more effectively limits lateral sound propagation and delivers materially greater, more predictable performance based on independent modeling.

The study evaluated 8 ft, 10 ft, and 13 ft barrier heights. Taller barriers consistently provide greater noise attenuation, particularly at residential setback distances. The optimal height depends on site constraints, setbacks, and approval requirements.

Yes. PICKLEGLASS™ was developed specifically for noise-sensitive environments such as HOAs, municipalities, mixed-use developments, and residential neighborhoods where aesthetics and community impact matter.

Yes. PICKLEGLASS™ has been evaluated through an independent environmental noise study prepared by Cerami and Trinity Consultants using CadnaA modeling software based on ISO 9613-2 acoustic propagation standards.

STC is a laboratory metric that measures how well a material reduces sound transmission. PICKLEGLASS™ achieved an STC rating of 36, which is approximately 35% higher than leading fencing and screen-based systems. While STC is not a direct measure of outdoor performance, it provides a standardized benchmark that supports the system’s acoustic capability.

Laboratory testing measures sound transmission through materials in controlled conditions. Outdoor modeling accounts for distance, shielding, reflections, and propagation in real environments. The environmental noise study focuses on how sound behaves beyond the court perimeter, which is what most communities care about.

Yes. Many projects use the independent acoustic study to demonstrate a quantified mitigation strategy during planning reviews, zoning discussions, and community meetings, helping move conversations from subjective concerns to documented performance.

Yes. Court orientation, number of courts, nearby structures, topography, and setbacks all influence results. Single-court and double-court configurations perform differently, which is why site-specific review is recommended.

Yes. The system is engineered for outdoor sports environments, combining structural safety, impact resistance, and long-term durability while maintaining clear sightlines and a premium architectural appearance.

Start by sharing a site plan, basic dimensions, or project address. Our team can recommend barrier height, layout, and provide budget pricing based on your specific conditions and approval goals.