Resilient Sleeper Maple Sports Flooring System Built for Stability, Loading, and Long-Term Athletic Performance

The Connor Sports RezillSleeper™ Specialty Hardwood System is a resilient hardwood athletic flooring system engineered for gymnasiums, basketball courts, volleyball courts, fieldhouses, school athletic facilities, recreation centers, training spaces, and multipurpose sports environments that need reliable shock absorption, stable sleeper construction, and dependable maple sports flooring performance.

Designed with plywood sleepers supported by resilient Connor Rezill™ pads, RezillSleeper™ creates a strong, resilient foundation beneath the hardwood playing surface. The plywood sleeper construction helps provide resistance to bowing and twisting commonly associated with softwood dimensioned sleepers, making RezillSleeper™ a smart choice for facilities seeking long-term dimensional stability and consistent athletic floor performance.

At the surface, RezillSleeper™ features Connor Laytite Maple, manufactured from MFMA Northern Hard Maple, delivering the durability, appearance, ball response, and playability expected from a premium hardwood basketball court floor. Beneath the maple surface, the system includes a minimum 6-mil polyethylene vapor barrier, Connor 1/2" Rezill pads, nominal 1" x 3" x 8' plywood sleepers, and optional APA-rated plywood subfloor sheathing for added system configuration flexibility.

RezillSleeper™ is available in multiple profile height options depending on selected construction, including plywood sleeper-only, plywood sleeper with plywood sheathing, softwood sleeper-only, or softwood sleeper with plywood sheathing. This gives architects, contractors, athletic directors, and facility owners flexibility when designing a hardwood gym floor system around specific building conditions, finished floor elevations, renovation requirements, or new construction specifications.

The product flyer highlights RezillSleeper™ as a specialty hardwood system with MFMA Northern Hard Maple, Rezill pads for excellent resilient life and loading, certified testing through ISS Scientific Body Membership, ISO 14001:2015 manufacturing, recycled content contribution, United States Sports Surfacing Laboratory testing, and managed forest certification availability.