The All Terrain AT4PRS is a 4ft x 4ft square modular stage platform featuring a weather-resistant industrial black finish with a hexagonal grip texture. Designed for both indoor and outdoor applications, this platform offers exceptional durability and reliability, making it perfect for a wide range of events and performances. The hexagonal grip texture provides a non-slip surface that enhances safety, while the industrial black finish ensures a sleek and professional appearance that seamlessly integrates into any stage setup.
The platform is constructed using laminated plywood, providing a sturdy and reliable surface. It is built with a multi-layer platform construction that includes an aluminum lattice structure, ensuring that the platform is both lightweight and strong. The design supports up to 153 lbs per square foot (900 kg/m2), making it capable of handling heavy loads such as equipment, performers, and other stage elements. Despite its robust construction, the platform remains lightweight and easy to transport, set up, and store, allowing for quick deployment and efficient use at various venues.
While the AT4PRS platform is weather-resistant, it is important to note that it should not be exposed to extensive moisture, rain, or direct sunlight for long periods. If used outdoors for extended periods, it is advisable to cover the platform with a plastic tarp when not in use to protect it from the elements. Failure to follow these precautions could result in platform delamination and may void the warranty. For more extensive outdoor exposure, All Terrain's fully aluminum weatherproof platforms are recommended, as they are designed for permanent exposure to all types of weather without the risk of damage.
The AT4PRS is an ideal solution for those seeking a versatile, weather-resistant stage platform that provides both performance and portability. Whether you're hosting an outdoor event, setting up for a concert, or building a temporary stage for a festival, this platform offers the durability and flexibility needed to meet the demands of various applications.
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