Recognized as world leaders in advanced technology flooring for dance, performing arts, entertainment, and events, Harlequin Floors is established worldwide with operations in the Americas, Europe, the Asia-Pacific, and Australia. American...
Mailing Address:
1531 Glen Avenue Moorestown NJ 08057
USA
Phone: 800-642-6440
Specifying the Correct Floor for Dance and Performing Arts
Specifying the Correct Floor for Dance and Performing Arts
Dancers and performers require a safe performance environment that minimizes the risk of injury. Hard sports floors and multipurpose stages have a high risk of causing severe dance injuries that can affect a performer’s career. Choosing the wrong type of floor also carries the risk of extra costs down the road if it needs to be replaced. Sprung floors (also known as floating floor systems) are specifically designed for dance and other performance needs, providing a safer space to work. This course examines the advantages of sprung dance floors and their use in performance venues.
Upon completion of this course, the Learner should be able to:
Evaluate the health and safety implications of dance and performance flooring systems by analyzing key performance criteria such as shock absorption, energy return, and slip resistance, and explain why traditional indoor sports floors can increase injury risk for dancers.
Identify and assess hazards associated with inconsistent or improperly designed dance floors, including uneven deflection and inadequate resilience, and their impact on occupant safety, injury prevention, and long-term physical well-being.
Compare performance flooring system types—including sprung floors, vinyl dance surfaces, hardwood, and modular systems—based on their ability to support safe movement, reduce injury risk, and meet the functional and welfare needs of performers in various built environments.
Explain how properly specified sprung (floating) floor systems enhance occupant health, safety, and welfare, including reducing musculoskeletal stress, improving performance conditions, and supporting durability, lifecycle efficiency, and sustainable design practices.
Approximately 1 hour. Delivered via webinar or face-to-face presentation. Available sessions shown below.
🍪 We use cookies to offer you a better browsing experience, analyze site traffic,
personalize content, and serve targeted advertisements. Read about how we use
cookies and how you can control them by clicking here.
Click "cookie settings" to adjust your preferences.