Golf Bay Padding
Calculate Your Price
Enter your wall and ceiling dimensions below — price is calculated per square foot across all surfaces.
Walls
Enter the Length × Height for each wall.
Ceiling
Enter the Length × Width for the ceiling.
Enter your wall and ceiling dimensions below — price is calculated per square foot across all surfaces.
Enter the Length × Height for each wall.
Enter the Length × Width for the ceiling.
Our padding solutions offer the perfect blend of safety, soundproofing, and a sleek professional aesthetic. Transform your indoor golf space into a premium performance studio with the industry's most trusted protective gear.


Absorbs high-velocity ball impact to protect walls from structural damage, significantly reduce noise, and enhance overall user safety within the simulator environment.
Features a soft-touch, yet exceptionally durable surface with a clean, modern aesthetic. The fabric is engineered to maintain tension without sagging over time, ensuring a lasting professional look.


Each panel is meticulously crafted with high-density foam, wrapped in commercial-grade fabric, and secured with reinforced rigorous, long-term seams to highlight the facilities.
We specialize in producing padding sets tailored to your exact booth layout and branding requirements. Our process ensures a perfect fit and flawless finish for any space, from single residential bays to multi-location commercial franchises.

Elevate your space by adding your brand, academy logo, or sponsor graphics. We offer high-quality custom printing to seamlessly integrate the padding into your brand identity.

Designed for efficiency, our panels mount cleanly and securely onto booth frames or can be affixed directly to walls, facilitating a smooth and professional installation process.

Accurate measurements are critical for a perfect fit. The following diagrams provide detailed instructions for measuring your space and illustrate recommended installation methods. Please consult with your General Contractor and local officials to determine the most suitable approach for your site conditions.

