EAW PLT2K1 Caster Pallet

Heavy-duty caster pallet for transporting EAW loudspeakers
The EAW PLT2K1 is a rugged caster pallet engineered to simplify the transport and handling of large-format EAW loudspeakers. Built for professional touring, rental, and production environments, this transport solution is designed to withstand the demands of frequent loading and unloading. Whether you’re moving gear between venues or storing systems in a warehouse, the PLT2K1 ensures stability, protection, and efficiency during every move.

Optimized for EAW speaker system compatibility
This pallet is custom-designed to fit specific EAW enclosures, offering a secure platform for loudspeakers during transit. It provides proper alignment, spacing, and support for stacking, reducing the risk of cabinet damage or tipping. Perfectly matched to the form factor of EAW touring products, the PLT2K1 helps crews transport gear more safely and quickly without needing makeshift carts or case stacking solutions.

Smooth rolling casters for efficient mobility
Equipped with industrial-grade swivel casters, the PLT2K1 glides smoothly over warehouse floors, venue loading docks, and stages. The casters are chosen for their durability and weight capacity, ensuring they won’t buckle under heavy loads. Locking mechanisms are also integrated to secure the pallet during loading or when parked in trucks or storage areas.

Built tough for repeated touring use
Made with reinforced materials and a low-profile platform, the PLT2K1 is designed to handle daily wear and tear. Whether you're staging a concert tour or managing backline logistics, this pallet is engineered for long-term use in high-demand environments. It protects your valuable speaker investment while making transport more manageable and less labor-intensive.

Essential tool for streamlined speaker logistics
For sound companies and AV crews, the PLT2K1 simplifies everything from setup and breakdown to warehouse organization. It’s a reliable tool for ensuring large EAW systems move efficiently and securely, with less physical strain on crew and less chance of gear damage during handling.