GHOSTFIRE Effects Board with Power Aluminum Alloy Guitar Pedal Board with Carrying 19 x lbs Built-in Supply, Bag, Lightweight, 5.1 inches, 1.5 (PP1)… Ещё

[Product Specifications] The GHOSTFIRE PP Series effects pedal board is made of ultra-lightweight aluminum alloy (5052 high hardness), weighs just 1.5 pounds, and measures 19.3 inches x 5.1 inches. It features nine DC output ports and one USB output, allowing it to stably drive multiple pedals simultaneously. Built-in power supply and noise reduction: The power supply is built into the board, and it features nine outputs plus a USB output/input. The noise-suppressing circuit design provides clear, pure sound even during live performances or recording, supporting a professional music production environment. [Included Accessories] LED indicators allow you to check the operating status of each output port at a glance. Set includes: 1 power adapter, 1 carry bag, 7 DC cables, 2 hook-and-loop fasteners, and adjustable cable ties. Multifunctional Carry Bag: This large-capacity bag has enough space to store a pedal board, and features an internal strap for securing it, as well as an external side pocket for storing cables. Its 3-way design allows it to be carried by hand, over the shoulder, or attached to a suitcase, making it convenient to carry. [Reliable Warranty Service] This product comes with a one-year product warranty. If a malfunction or defect occurs due to normal use, we will replace or repair it free of charge. In the unlikely event of a problem, please feel free to contact customer service with your Amazon purchase history or order number. The GHOSTFIRE PP Series effects pedal board is made of ultra-lightweight aluminum alloy, weighing just 1.5 lb and measuring 19.3" x 5.1". With nine output interfaces for guitar pedals and one USB output, it will meet your needs. The GHOSTFIRE PP Series pedal board comes with a built-in power supply. Its anti-noise design ensures crystal-clear sound. It also features a short-circuit protection system that prevents other interfaces from being affected if one output is shorted.